| Casiflux® F 75 | Sibelco | Casiflux® F 75 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high a...Vea Mas Casiflux® F 75 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® F 75 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® F 75. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coatings. The oil absorption for this grade is 59g/100 g. Vea Menos | |
| Casiflux® FG 20 | Sibelco | Casiflux® FG 20 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high...Vea Mas Casiflux® FG 20 is produced from carefully selected, acicular wollastonite, a naturally occurring calcium silicate mineral. Specialized milling processes are employed to retain the high aspect ratio of these needle-shaped products. The fine-grained, high aspect ratio, wollastonites are specially developed for applications demanding increased strength, scratch and heat resistance. In plastics, Casiflux® FG 20 is used in automotive applications such as passenger compartment trims, instrument panels, bumpers, air conditioner/heater housings, battery support trays, wheel covers etc. In addition, wollastonite is used as a partial replacement for glass fibre in reinforced plastics and resin composite applications. In paints and coatings, reduced ‘mud cracking’ is achieved with Casiflux® FG 20. Both the reinforcement and passivating ability of wollastonite are successfully harnessed in formulating anti-corrosion paints, whilst increased crack and chip resistance is achieved in powder coatings. The oil absorption for this grade is 70g/100 g. Vea Menos | |
| Casiflux® G 20 | Sibelco | Casiflux® G 20 is produced from carefully selected wollastonite, a naturally occurring calcium silicate mineral. The fine-grained Casiflux® G wollastonites are specially developed for applications demanding increased abrasive and heat resistance. The alka...Vea Mas Casiflux® G 20 is produced from carefully selected wollastonite, a naturally occurring calcium silicate mineral. The fine-grained Casiflux® G wollastonites are specially developed for applications demanding increased abrasive and heat resistance. The alkaline nature of wollastonite make it an ideal auxiliary filler in industrial coatings and primers for improved corrosion resistance by anodic and alkaline oxidative passivation. Wollastonite also acts as a pH buffer for improved in-can paint stability over long periods of time and prevents in-can and nailhead corrosion. The oil absorption for this grade is 30g/100 g. Vea Menos | |
| Casiflux® G 38 | Sibelco | Casiflux® G 38 is produced from carefully selected wollastonite, a naturally occurring calcium silicate mineral. The oil absorption (g/100 g) of this grade is 28. The fine-grained Casiflux® G wollastonites are specially developed for applications demandin...Vea Mas Casiflux® G 38 is produced from carefully selected wollastonite, a naturally occurring calcium silicate mineral. The oil absorption (g/100 g) of this grade is 28. The fine-grained Casiflux® G wollastonites are specially developed for applications demanding increased abrasive and heat resistance. The alkaline nature of wollastonite make it an ideal auxiliary filler in industrial coatings and primers for improved corrosion resistance by anodic and alkaline oxidative passivation. Wollastonite also acts as a pH buffer for improved in-can paint stability over long periods of time and prevents in-can and nailhead corrosion. Vea Menos | |
| Diamelia® 10 | Sibelco | Diamelia® 10 is produced from carefully selected very white, naturally occurring baryte. The standardised quality is guaranteed by means of an ISO 9001 certified quality management plan. Diamelia® micronized functional fillers are used in a broad range of...Vea Mas Diamelia® 10 is produced from carefully selected very white, naturally occurring baryte. The standardised quality is guaranteed by means of an ISO 9001 certified quality management plan. Diamelia® micronized functional fillers are used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Diamelia® fillers are successfully employed in an extended range of paint & coating applications, such as industrial, marine and powder coatings. Diamelia® fillers are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Diamelia® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The top cut D97 for Diamelia® 10 is 15μm. Vea Menos | |
| Minex® 10 | Sibelco | Minex® 10 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Imp...Vea Mas Minex® 10 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 33g/100g. Minex® specialty grades use proprietary processing technologies to produce engineered mineral filler products. Ultra-fine Minex® 10 is especially useful for higher gloss coatings and is the preferred choice for clear systems. Vea Menos | |
| Minex® 12 | Sibelco | Minex® 12 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Imp...Vea Mas Minex® 12 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 34g/100g. Minex® specialty grades use proprietary processing technologies to produce engineered mineral filler products. Ultra-fine Minex® 12 is especially useful for higher gloss coatings and is the preferred choice for clear systems. Due to its unique light transmission properties, MINEX 12 is particularly well suited for clears, UV and powder coating systems requiring higher gloss and optimum clarity. Vea Menos | |
| Minex® 2 | Sibelco | Minex® 2 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Impr...Vea Mas Minex® 2 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 22.5g/100g. Vea Menos | |
| Minex® 3 | Sibelco | Minex® 3 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Impr...Vea Mas Minex® 3 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 25g/100g. Vea Menos | |
| Minex® 4 | Sibelco | Minex® 4 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Impr...Vea Mas Minex® 4 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 27g/100g. The intermediate grade Minex® 4 offers application versatility for a wide range of architectural and industrial uses. Finer grades are preferred for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| Minex® 7 | Sibelco | Minex® 7 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Impr...Vea Mas Minex® 7 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 31g/100g. Vea Menos | |
| Minex® EP-315 | Sibelco | Minex® EP-315 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints....Vea Mas Minex® EP-315 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 27g/100g. Minex® EP grades have a controlled particle size distribution specifically developed to enhance the flatting of clear and opaque powder and liquid coatings with excellent dispersion characteristics. The controlled top-size lowers process wear while optimizing transparency in clears. Reduced fines content facilitates high solids/low VOC formulating. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. Vea Menos | |
| Minex® S-10 | Sibelco | Minex® S-10 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. I...Vea Mas Minex® S-10 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 31g/100g. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. Finer Minex® grades are ideally suited for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| Minex® S-4 | Sibelco | Minex® S-4 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Im...Vea Mas Minex® S-4 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 21g/100g. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. While the preferred Minex® product is application dependent, coarser grades, such as Minex® S-4, offer cost effective gloss and sheen control and can add texture. Finer Minex® grades are ideally suited for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| Minex® S-6 | Sibelco | Minex® S-6 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Im...Vea Mas Minex® S-6 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. The oil absorption for this grade is 22g/100g. The intermediate grade Minex® S-6 offers application versatility for a wide range of architectural and industrial uses. Vea Menos | |
| Minex® S-7 | Sibelco | Minex® S-7 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Im...Vea Mas Minex® S-7 is a micronised functional filler and extender with proven performance enhancers in a broad range of paints, coatings, adhesives, sealants, and inks. Excellent brightness, tint retention and weatherability can be achieved in exterior paints. Improved colour, sheen uniformity, chemical and stain resistance, and durability result when Minex® is used in interior paint formulations. This product is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants, and aqueous and alkyd based paints. The oil absorption for this grade is 23g/100g. Minex® fillers are produced from nepheline syenite; a naturally occurring, silica deficient, sodium-potassium alumina silicate. Finer Minex® grades are ideally suited for higher gloss coatings and are also the preferred choice for powder and clear paint systems. Vea Menos | |
| Portafer® AP 65 | Sibelco | Portafer® AP 65 is produced from carefully selected specular hematite, a natural micaceous iron oxide with high lamellarity. This product is specially developed as an active filler for anti-corrosion coatings. The protective action is based upon reinforce...Vea Mas Portafer® AP 65 is produced from carefully selected specular hematite, a natural micaceous iron oxide with high lamellarity. This product is specially developed as an active filler for anti-corrosion coatings. The protective action is based upon reinforcement, barrier effect and UV-reflection resulting from the platelet structure of the filler particles. It is highly effective in both the intermediate and topcoats as well as in the primer systems. Its high effectiveness has been proven in the protection of structural steel works such as electricity towers, road and railway bridges, chemical plants and marine and offshore installations. The type used is based on the application method. The finer grades are mainly chosen for airless spraying in order to prevent blocking of the orifice. Portafer® AP is also used as a highly appreciated decorative pigment. The oil absorption for this grade is 17g/100g. Vea Menos | |
| Portafer® AP 70 | Sibelco | Portafer® AP 70 is produced from carefully selected specular hematite, a natural micaceous iron oxide with high lamellarity. This product is specially developed as an active filler for anti-corrosion coatings. The protective action is based upon reinforce...Vea Mas Portafer® AP 70 is produced from carefully selected specular hematite, a natural micaceous iron oxide with high lamellarity. This product is specially developed as an active filler for anti-corrosion coatings. The protective action is based upon reinforcement, barrier effect and UV-reflection resulting from the platelet structure of the filler particles. It is highly effective in both the intermediate and topcoats as well as in the primer systems. Its high effectiveness has been proven in the protection of structural steel works such as electricity towers, road and railway bridges, chemical plants and marine and offshore installations. The type used is based on the application method. The finer grades are mainly chosen for airless spraying in order to prevent blocking of the orifice. Portafer® AP is also used as a highly appreciated decorative pigment. The oil absorption for this grade is 16g/100g. Vea Menos | |
| Portafer® AP 75 | Sibelco | Portafer® AP 75 is produced from carefully selected specular hematite, a natural micaceous iron oxide with high lamellarity. This product is specially developed as an active filler for anti-corrosion coatings. The protective action is based upon reinforce...Vea Mas Portafer® AP 75 is produced from carefully selected specular hematite, a natural micaceous iron oxide with high lamellarity. This product is specially developed as an active filler for anti-corrosion coatings. The protective action is based upon reinforcement, barrier effect and UV-reflection resulting from the platelet structure of the filler particles. It is highly effective in both the intermediate and topcoats as well as in the primer systems. Its high effectiveness has been proven in the protection of structural steel works such as electricity towers, road and railway bridges, chemical plants and marine and offshore installations. The type used is based on the application method. The finer grades are mainly chosen for airless spraying in order to prevent blocking of the orifice. Portafer® AP is also used as a highly appreciated decorative pigment. The oil absorption for this grade is 15g/100g. Vea Menos | |
| Portafill® A 10 | Sibelco | Portafill® A 10 is produced from carefully selected synthetic aluminium hydroxide (ATH). The oil absorption for this grade is 27g/100g. Portafill® micronized functional fillers are used in thermosetting powder coatings as an alternative to barium sulfate,...Vea Mas Portafill® A 10 is produced from carefully selected synthetic aluminium hydroxide (ATH). The oil absorption for this grade is 27g/100g. Portafill® micronized functional fillers are used in thermosetting powder coatings as an alternative to barium sulfate, when the high density is a limitation. In addition, Portafill® A fillers are less prone to the phenomena known as ‘water spotting’ in comparison to barium sulfate. Portafill® A 10 is successfully used as an alternative for fine barium sulfate in high gloss applications. Vea Menos | |
| Portafill® A 40 | Sibelco | Portafill® A 40 is produced from carefully selected synthetic aluminium hydroxide (ATH). The oil absorption for this grade is 20g/100g. Portafill® micronized functional fillers are used in thermosetting powder coatings as an alternative to barium sulfate,...Vea Mas Portafill® A 40 is produced from carefully selected synthetic aluminium hydroxide (ATH). The oil absorption for this grade is 20g/100g. Portafill® micronized functional fillers are used in thermosetting powder coatings as an alternative to barium sulfate, when the high density is a limitation. In addition, Portafill® A fillers are less prone to the phenomena known as ‘water spotting’ in comparison to barium sulfate. Portafill® A 40 is an effective matting filler for low thickness powder coatings. Vea Menos | |
| Portafill® G25 | Sibelco | Portafill® G25 is an iron-free, milled, high quality amorphous calcium-aluminium silicate with consistent chemistry. It also contains no crystalline silica. Portafill® G is used in paint and sealant systems where transparency, chemical inertness and abras...Vea Mas Portafill® G25 is an iron-free, milled, high quality amorphous calcium-aluminium silicate with consistent chemistry. It also contains no crystalline silica. Portafill® G is used in paint and sealant systems where transparency, chemical inertness and abrasive resistance are important. In addition, the product is used in composites for improved dimensional stability and excellent electrical properties. The oil absorption for this grade is 22g/100g. Vea Menos | |
| Portafill® G75 | Sibelco | Portafill® G75 is an iron-free, milled, high quality amorphous calcium-aluminium silicate with consistent chemistry. It also contains no crystalline silica. Portafill® G is used in paint and sealant systems where transparency, chemical inertness and abras...Vea Mas Portafill® G75 is an iron-free, milled, high quality amorphous calcium-aluminium silicate with consistent chemistry. It also contains no crystalline silica. Portafill® G is used in paint and sealant systems where transparency, chemical inertness and abrasive resistance are important. In addition, the product is used in composites for improved dimensional stability and excellent electrical properties. The oil absorption for this grade is 15g/100g. Vea Menos | |
| Portafill® H 5 F13.0 | Sibelco | Portafill® H 5 F13.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very ef...Vea Mas Portafill® H 5 F13.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very efficient extender for TiO2 in paint, paper and board applications. Its platy particle shape and very fine particle size make it an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants and plastisols. The oil absorption for this grade is 57g/100 g. Vea Menos | |
| Portafill® H5 | Sibelco | Portafill® H5 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very efficient...Vea Mas Portafill® H5 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very efficient extender for TiO2 in paint, paper and board applications. Its platy particle shape and very fine particle size make it an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants and plastisols. The oil absorption for this grade is 57g/100 g. Vea Menos | |
| Portafill® H5F11.0 | Sibelco | Portafill® H5F11.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very effi...Vea Mas Portafill® H5F11.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very efficient extender for TiO2 in paint, paper and board applications. Its platy particle shape and very fine particle size make it an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants and plastisols. The oil absorption for this grade is 57g/100 g. Vea Menos | |
| Portafill® H5F12.0 | Sibelco | Portafill® H5F12.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very effi...Vea Mas Portafill® H5F12.0 is produced from carefully selected, naturally occurring, platy, sedimentary mineral, consisting predominantly of partially hydrated magnesium-calcium carbonate. Particle shape, fineness and high brightness make this product a very efficient extender for TiO2 in paint, paper and board applications. Its platy particle shape and very fine particle size make it an effective rheology modifier in aqueous suspensions and other fluids. It is therefore valued for applications in a/o adhesives, sealants and plastisols. The oil absorption for this grade is 57g/100 g. Vea Menos | |
| Portaflame® SG 100 | Sibelco | Portaflame® SG 100 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compo...Vea Mas Portaflame® SG 100 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 110μm. Vea Menos | |
| Portaflame® SG 20 | Sibelco | Portaflame® SG 20 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...Vea Mas Portaflame® SG 20 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 18.2μm. Vea Menos | |
| Portaflame® SG 200 | Sibelco | Portaflame® SG 200 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compo...Vea Mas Portaflame® SG 200 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 200μm. Vea Menos | |
| Portaflame® SG 25 | Sibelco | Portaflame® SG 25 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...Vea Mas Portaflame® SG 25 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 24μm. Vea Menos | |
| Portaflame® SG 35 | Sibelco | Portaflame® SG 35 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...Vea Mas Portaflame® SG 35 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 35.5μm. Vea Menos | |
| Portaflame® SG 40 | Sibelco | Portaflame® SG 40 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...Vea Mas Portaflame® SG 40 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 36μm. Vea Menos | |
| Portaflame® SG 50 | Sibelco | Portaflame® SG 50 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...Vea Mas Portaflame® SG 50 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 42μm. Vea Menos | |
| Portaflame® SG 55 | Sibelco | Portaflame® SG 55 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...Vea Mas Portaflame® SG 55 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 46μm. Vea Menos | |
| Portaflame® SG 63 | Sibelco | Portaflame® SG 63 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compou...Vea Mas Portaflame® SG 63 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 58μm. Vea Menos | |
| Portaflame® SG10 | Sibelco | Portaflame® SG10 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compoun...Vea Mas Portaflame® SG10 is produced from carefully selected, synthetic aluminium hydroxide (ATH). This micronized halogen-free flame retardant (HFFR) filler is used in a broad range of applications such as SMC & BMC, wire & cable compounds, resin potting compounds, coatings, sealants and adhesives. The flame-retarding action is based mainly upon the endothermic decomposition of metal hydroxide (heat-sink effect) and simultaneous release of water vapour. This reaction starts at about 200°C. In a ddition to flame retardancy, fillers in the Portaflame® SG range posses a strong smoke-suppressing ability. The top cut D97 for this product is 10μm. Vea Menos | |
| Portalum® B 25 | Sibelco | Portalum® B 25 is produced from carefully selected bauxite (natural hydrated alumina) that has been calcined at 1650 °C to a high density Al 2O3. The main constituent of calcined bauxite is corundum, the second hardest mineral after diamond. The hardness ...Vea Mas Portalum® B 25 is produced from carefully selected bauxite (natural hydrated alumina) that has been calcined at 1650 °C to a high density Al 2O3. The main constituent of calcined bauxite is corundum, the second hardest mineral after diamond. The hardness of Portalum® B is used mainly in specific paint applications where the utmost hardness, abrasion resistance and antiskid properties are demanded. Examples include inner linings of bulk carrier ships, anti-skid flooring applications and anti-skid surfaces of traffic bridges. The apparent density of this grade is 1.8g/cm3. Vea Menos | |
| Portaryte® B 10 | Sibelco | Portaryte® B 10 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chem...Vea Mas Portaryte® B 10 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Portaryte® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The D50 particle size value for this product is 2.6 um and the D97 value is 11.0 um. Vea Menos | |
| Portaryte® B 15 | Sibelco | Portaryte® B 15 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chem...Vea Mas Portaryte® B 15 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Portaryte® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The D50 particle size value for this product is 3.5 um and the D97 value is 16.0 um. Vea Menos | |
| Portaryte® B 20 | Sibelco | Portaryte® B 20 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chem...Vea Mas Portaryte® B 20 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Portaryte® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The D50 particle size value for this product is 4.5 um and the D97 value is 20.0 um. Vea Menos | |
| Portaryte® B 25 | Sibelco | Portaryte® B 25 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chem...Vea Mas Portaryte® B 25 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Portaryte® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The D50 particle size value for this product is 5.5 um and the D97 value is 25.0 um. Vea Menos | |
| Portaryte® B 3 | Sibelco | Portaryte® B 3 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemi...Vea Mas Portaryte® B 3 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. Fine grades of PORTARYTE® fillers have been specially developed for powder coating applications. They are successfully used as an alternative for fine synthetic Blanc Fixe in high gloss applications. The D50 particle size value for this product is 1.3 um and the D97 value is 3.7 um. Vea Menos | |
| Portaryte® B 4 | Sibelco | Portaryte® B 4 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemi...Vea Mas Portaryte® B 4 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. Fine grades of PORTARYTE® fillers have been specially developed for powder coating applications. They are successfully used as an alternative for fine synthetic Blanc Fixe in high gloss applications. The D50 particle size value for this product is 1.5 um and the D97 value is 4.5 um. Vea Menos | |
| Portaryte® B 40/10 | Sibelco | Portaryte® B 40/10 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and c...Vea Mas Portaryte® B 40/10 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Portaryte® B 40/10 has been specially developed for powder coating applications. This products particle size distribution makes it an effective matting filler for low thickness powder coatings, where standard baryte fillers give higher gloss and need to be additionally combined with matting waxes to achieve the required matting.The D50 particle size value for this product is 17.0 um and the D97 value is 38.0 um. Vea Menos | |
| Portaryte® B 45 | Sibelco | Portaryte® B 45 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chem...Vea Mas Portaryte® B 45 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Portaryte® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The D50 particle size value for this product is 13.0 um and the D97 value is 45.0 um. Vea Menos | |
| Portaryte® B 5 | Sibelco | Portaryte® B 5 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemi...Vea Mas Portaryte® B 5 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. Fine grades of PORTARYTE® fillers have been specially developed for powder coating applications. They are successfully used as an alternative for fine synthetic Blanc Fixe in high gloss applications. The D50 particle size value for this product is 1.9 um and the D97 value is 6.0 um. Vea Menos | |
| Portaryte® B 50/10 | Sibelco | Portaryte® B 50/10 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and c...Vea Mas Portaryte® B 50/10 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Portaryte® B 40/10 has been specially developed for powder coating applications. This products particle size distribution makes it an effective matting filler for low thickness powder coatings, where standard baryte fillers give higher gloss and need to be additionally combined with matting waxes to achieve the required matting.The D50 particle size value for this product is 21.0 um and the D97 value is 60.0 um. Vea Menos | |
| Portaryte® B 8 | Sibelco | Portaryte® B 8 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemi...Vea Mas Portaryte® B 8 is produced from carefully selected very white, naturally occurring, baryte. This micronized functional filler is used in a broad range of applications. The most important characteristics are: excellent chemical inertness (outdoor and chemical applications); low level of impurities, such as transition and heavy metals; and low content of quartz (low abrasiveness, no health issues). Because of these characteristics, Portaryte® fillers are successfully used in an extended range of paint & coating applications such as industrial, marine and powder coatings. They are also used in various industrial sealant and adhesive applications due to their excellent chemical resistance. The exceptionally high density of baryte makes Portaryte® a filler of choice for sound deadening in automotive and domestic applications (e.g. polyolefin sewer pipes). The D50 particle size value for this product is 2.2 um and the D97 value is 8.0 um. Vea Menos | |
| Portaryte® D 15 | Sibelco | Portaryte® D 15 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...Vea Mas Portaryte® D 15 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 4.5 um and the D97 value is 16.0 um. Vea Menos | |
| Portaryte® D 150 | Sibelco | Portaryte® D 150 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fi...Vea Mas Portaryte® D 150 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 18.0 um and the D97 value is 110.0 um. Vea Menos | |
| Portaryte® D 20 | Sibelco | Portaryte® D 20 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...Vea Mas Portaryte® D 20 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 6.0 um and the D97 value is 20.0 um. Vea Menos | |
| Portaryte® D 40 | Sibelco | Portaryte® D 40 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...Vea Mas Portaryte® D 40 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 8.0 um and the D97 value is 36.0 um. Vea Menos | |
| Portaryte® D 50 | Sibelco | Portaryte® D 50 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...Vea Mas Portaryte® D 50 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 10.5 um and the D97 value is 54.0 um. Vea Menos | |
| Portaryte® D 80 | Sibelco | Portaryte® D 80 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fil...Vea Mas Portaryte® D 80 is produced from carefully selected, naturally occurring off-white baryte. The chemical composition of the raw material and product is closely monitored and particle size kept within a narrow variation. Portaryte® micronized functional fillers are used in a broad range of applications. The most important characteristics for this product are excellent chemical inertness (outdoor and chemical applications), low binder absorption and good dispersibility, Portaryte® D is successfully used in applications where excellent chemical inertness is required but high brightness and consistent colour is less important e.g. primers, sealants and adhesives. The exceptionally high density of baryte makes Portaryte® D an economical filler of choice for sound deadening in automotive and domestic applications (e.g. sewer pipes). The D50 particle size value for this product is 13.0 um and the D97 value is 85.0 um. Vea Menos | |
| Sablocolor 0.4/0.9 | Sibelco | Sablocolor 0.4/0.9 is a coloured silica sand for flooring and wall paint. | |
| Sibelite® M0010 | Sibelco | Sibelite® M0010 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness ...Vea Mas Sibelite® M0010 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness lead to benefits in paints and plastics. The oil absorption for this grade is 23.5g/100g. Vea Menos | |
| Sibelite® M002 | Sibelco | Sibelite® M002 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness l...Vea Mas Sibelite® M002 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness lead to benefits in paints and plastics. The oil absorption for this grade is 21g/100g. Vea Menos | |
| Sibelite® M006 | Sibelco | Sibelite® M006 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness l...Vea Mas Sibelite® M006 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness lead to benefits in paints and plastics. The oil absorption for this grade is 23g/100g. Vea Menos | |
| Sibelite® M3000 | Sibelco | Sibelite® M3000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness ...Vea Mas Sibelite® M3000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness lead to benefits in paints, plastics etc…The oil absorption for this grade is 26g/100g. Vea Menos | |
| Sibelite® M4000 | Sibelco | Sibelite® M4000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness ...Vea Mas Sibelite® M4000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness lead to benefits in paints, plastics etc…The oil absorption for this grade is 27g/100g. Vea Menos | |
| Sibelite® M6000 | Sibelco | Sibelite® M6000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness ...Vea Mas Sibelite® M6000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and constant whiteness lead to benefits in paints, plastics etc…The oil absorption for this grade is 28g/100g. Vea Menos | |
| Sibelite® M62 | Sibelco | Sibelite® M62 is produced by thermal treatment of the surface of silica sand M32. The result of this treatment is a very white granular product with low density; M62 is chemically pure and inert. Thanks to the very low angularity of the grains, M62 offers...Vea Mas Sibelite® M62 is produced by thermal treatment of the surface of silica sand M32. The result of this treatment is a very white granular product with low density; M62 is chemically pure and inert. Thanks to the very low angularity of the grains, M62 offers an excellent plasticity in decorative plasters and structural paints. The fissures in the surface and the hardness of the grains give the antiskid-properties in road marking paints. Vea Menos | |
| Sibelite® M72 | Sibelco | Sibelite® M72 is a high-purity silica produced by thermal treatment at high temperature of selected and treated quartz grains. The modified crystal structure “cristobalite” is afterwards stabilised by fast cooling down. A narrow particle size distribution...Vea Mas Sibelite® M72 is a high-purity silica produced by thermal treatment at high temperature of selected and treated quartz grains. The modified crystal structure “cristobalite” is afterwards stabilised by fast cooling down. A narrow particle size distribution, excellent optical properties, constant whiteness and chemical inertness lead to a highly appreciated raw material in many performing industries s.a. plastics, coatings, etc… Vea Menos | |
| Sibelite® M72T | Sibelco | Sibelite® M72T is a high-purity silica produced by thermal treatment at high temperatures of selected and treated quartz grains. The modified crystal structure “cristobalite” is afterwards stabilised by fast cooling down. M72T is sieved in a special way t...Vea Mas Sibelite® M72T is a high-purity silica produced by thermal treatment at high temperatures of selected and treated quartz grains. The modified crystal structure “cristobalite” is afterwards stabilised by fast cooling down. M72T is sieved in a special way to limit coarse particles. A narrow particle size distribution, excellent optical properties, constant whiteness and chemical inertness lead to a highly appreciated raw material in many performing industries. Vea Menos | |
| Sibelite® M8000 | Sibelco | Sibelite® M8000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and low oil absorption ...Vea Mas Sibelite® M8000 is a high-purity silica produced from cristobalite by iron-free grinding and accurate sieving by means of air-separators. A controlled particle size distribution, the excellent optical properties, chemical inertness and low oil absorption lead to benefits in paints, plastics, etc. Vea Menos | |
| Silica Sand MAM1ST300 | Sibelco | Silica Sand MAM1ST300 is industrially sieved, washed and classified after mining. It then undergoes a chemical purification and a demineralization by flotation. MAM1S T300 is dried and sieved in a special way to limit particles above 300 µm. Supplies are ...Vea Mas Silica Sand MAM1ST300 is industrially sieved, washed and classified after mining. It then undergoes a chemical purification and a demineralization by flotation. MAM1S T300 is dried and sieved in a special way to limit particles above 300 µm. Supplies are possible by truck; in bulk or bagged (dried sand). Vea Menos | |
| Silica Sand of MOL M34 | Sibelco | Silica Sand of MOL M34 is industrially processed: sieved, washed and classified. These qualities are available moist or dried; by truck, wagon or ship; in bulk or bagged (dried sands). The silica sands of Mol are an excellent raw material for plasters and...Vea Mas Silica Sand of MOL M34 is industrially processed: sieved, washed and classified. These qualities are available moist or dried; by truck, wagon or ship; in bulk or bagged (dried sands). The silica sands of Mol are an excellent raw material for plasters and coatings. The D50 for this grade is 170µm. Vea Menos | |
| SilverBond® 15 | Sibelco | SilverBond® 15 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...Vea Mas SilverBond® 15 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 23.5g/100g. Vea Menos | |
| SilverBond® 20 | Sibelco | SilverBond® 20 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...Vea Mas SilverBond® 20 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 20.3g/100g. Vea Menos | |
| SilverBond® 30 | Sibelco | SilverBond® 30 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...Vea Mas SilverBond® 30 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17.8g/100g. Vea Menos | |
| SilverBond® M10 | Sibelco | SilverBond® M10 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Si...Vea Mas SilverBond® M10 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17.5g/100g. Vea Menos | |
| SilverBond® M10.2 | Sibelco | SilverBond® M10.2 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, ...Vea Mas SilverBond® M10.2 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17.5g/100g. Vea Menos | |
| SilverBond® M300 | Sibelco | SilverBond® M300 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...Vea Mas SilverBond® M300 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 119g/100g. Vea Menos | |
| SilverBond® M4 | Sibelco | SilverBond® M4 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...Vea Mas SilverBond® M4 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 14.5g/100g. Vea Menos | |
| SilverBond® M400 | Sibelco | SilverBond® M400 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...Vea Mas SilverBond® M400 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 20g/100g. Vea Menos | |
| SilverBond® M4.1 T | Sibelco | SilverBond® M4.1 T crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral,...Vea Mas SilverBond® M4.1 T crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 14.5g/100g. Vea Menos | |
| SilverBond® M500 | Sibelco | SilverBond® M500 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...Vea Mas SilverBond® M500 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 23g/100g. Vea Menos | |
| SilverBond® M6 | Sibelco | SilverBond® M6 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...Vea Mas SilverBond® M6 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 16.5g/100g. Vea Menos | |
| SilverBond® M600 | Sibelco | SilverBond® M600 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...Vea Mas SilverBond® M600 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 24g/100g. Vea Menos | |
| SilverBond® M6.1 | Sibelco | SilverBond® M6.1 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...Vea Mas SilverBond® M6.1 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 16.5g/100g. Vea Menos | |
| SilverBond® M8 | Sibelco | SilverBond® M8 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, Sil...Vea Mas SilverBond® M8 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 17g/100g. Vea Menos | |
| SilverBond® M800 | Sibelco | SilverBond® M800 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, S...Vea Mas SilverBond® M800 crystalline silica is produced from high purity quartz feed stock for manufacturing and formulation of applications which require structurally sound, chemically pure or non-reactive fine mineral fillers. Completely inert and pH neutral, SilverBond® will not alter or initiate when incorporated in catalysed or multicomponent chemical systems, and will not degrade when employed in extreme temperatures or harsh environments. SilverBond® offers formulators a low surface area, minimal oil absorption option to achieve high loading in coatings and cementitious systems and stiffening in elastomeric and high performance epoxy. Chemically pure SilverBond® also serves as an excellent nonconductor in electrical assemblies and potting compounds, and non-combustible filler in thermal insulating. The oil absorption for this grade is 32g/100g. Vea Menos | |
| Unispar® FF-150 | Sibelco | Unispar® FF-150 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, c...Vea Mas Unispar® FF-150 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, coatings, adhesives and sealants. Exceptional strength and performance are achieved in marine and industrial coatings due to the chemical resistance and hardness of the filler. Rigid packing network and reinforcing film properties given by the muscovite mica provides a durable and stress absorbing coating. Tint retention and weatherability are achieved in exterior paints. Unispar® FF is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants and aqueous and alkyd based paints. The oil absorption for this grade is 24g/100g. Vea Menos | |
| Unispar® FF-20 | Sibelco | Unispar® FF-20 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, co...Vea Mas Unispar® FF-20 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, coatings, adhesives and sealants. Exceptional strength and performance are achieved in marine and industrial coatings due to the chemical resistance and hardness of the filler. Rigid packing network and reinforcing film properties given by the muscovite mica provides a durable and stress absorbing coating. Tint retention and weatherability are achieved in exterior paints. Unispar® FF is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants and aqueous and alkyd based paints. The oil absorption for this grade is 32g/100g. Vea Menos | |
| Unispar® FF-30 | Sibelco | Unispar® FF-30 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, co...Vea Mas Unispar® FF-30 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, coatings, adhesives and sealants. Exceptional strength and performance are achieved in marine and industrial coatings due to the chemical resistance and hardness of the filler. Rigid packing network and reinforcing film properties given by the muscovite mica provides a durable and stress absorbing coating. Tint retention and weatherability are achieved in exterior paints. Unispar® FF is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants and aqueous and alkyd based paints. The oil absorption for this grade is 28g/100g. Vea Menos | |
| Unispar® FF-45 | Sibelco | Unispar® FF-45 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, co...Vea Mas Unispar® FF-45 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, coatings, adhesives and sealants. Exceptional strength and performance are achieved in marine and industrial coatings due to the chemical resistance and hardness of the filler. Rigid packing network and reinforcing film properties given by the muscovite mica provides a durable and stress absorbing coating. Tint retention and weatherability are achieved in exterior paints. Unispar® FF is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants and aqueous and alkyd based paints. The oil absorption for this grade is 27g/100g. Vea Menos | |
| Unispar® FF-60 | Sibelco | Unispar® FF-60 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, co...Vea Mas Unispar® FF-60 is a functional filler and extenders produced from pegmatite, a natural occurring mixture of sodiumpotassium feldspar, silica and muscovite mica. Unispar® FF functional fillers are proven performance enhancers in a broad range of paints, coatings, adhesives and sealants. Exceptional strength and performance are achieved in marine and industrial coatings due to the chemical resistance and hardness of the filler. Rigid packing network and reinforcing film properties given by the muscovite mica provides a durable and stress absorbing coating. Tint retention and weatherability are achieved in exterior paints. Unispar® FF is easily dispersed in all conventional vehicle systems, and low oil absorption permits high loadings in adhesives, sealants and aqueous and alkyd based paints. The oil absorption for this grade is 27g/100g. Vea Menos | |
| Unispar® PG-7 | Sibelco | Unispar® PG-7 micronized feldspar fillers are processed from a low in free silica, naturally white, chemically inert feldspar with exceptionally low soluble salts. An economical workhorse, Unispar® is particularly effective in strengthening and enhancing ...Vea Mas Unispar® PG-7 micronized feldspar fillers are processed from a low in free silica, naturally white, chemically inert feldspar with exceptionally low soluble salts. An economical workhorse, Unispar® is particularly effective in strengthening and enhancing a variety of industrial and maintenance paint systems. Hard and angular, Unispar® PG particles will create a rigid packing network that helps to produce tough coatings which resist blistering, blooming or frosting. High Mohs hardness also enables formulators to create coatings with excellent abrasion properties for better stain and burnish resistance. The lower oil absorption of these ultra white fillers permits higher loading levels without adversely affecting viscosity, and the opportunity to maximize colour strength and intensity with only small increases of colouring pigments. Unispar® PG delivers cleaner colours and more durable performance in a wide variety of commercial, industrial and marine coatings and linings. The oil absorption for this grade is 25g/100g. Vea Menos |
