| Baybond® XL 825 | Covestro | Baybond® XL 825 is a waterbased aliphatic blocked polyisocyanate that is suitable for use as a crosslinker for glassfiber sizings. This product non-volatile content (0.9 - 1.1g / 1h / 125°C,convection oven) 30 ± 1, a flow time at 23°C, (4mmcup) of 10 - 5...voir plus Baybond® XL 825 is a waterbased aliphatic blocked polyisocyanate that is suitable for use as a crosslinker for glassfiber sizings. This product non-volatile content (0.9 - 1.1g / 1h / 125°C,convection oven) 30 ± 1, a flow time at 23°C, (4mmcup) of 10 - 55 , and a pH value at 20°C (supply form) of 7-8. Baybond® XL 825 was developed as crosslinker for the sizing of glass fibers used in combination with Baybond binders to reinforce thermoplastics, particularly polyamide. Glass fiber sizes based on Baybond® XL 825 are characterized by their good colorfastness, even at elevated temperatures. The mechanical film properties of sizings based on Baybond® XL 825 are developed fully by postcrosslinking at temperatures from 170°C for a duration of 20 minutes. The product is compatible with the additives normally used in the formulation of glass sizes, e.g. adhesion promoters, lubricants, antistatic agents and plasticizers. voir moins | |
| Desmodur® BL 3272 MPA | Covestro | Desmodur® BL 3272 MPA is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and dissolved in propylene glycol monomethyl ether acetate(MPA/PMA). It was developed as a hardener for lightfast one-pack baking polyurethane coatings w...voir plus Desmodur® BL 3272 MPA is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and dissolved in propylene glycol monomethyl ether acetate(MPA/PMA). It was developed as a hardener for lightfast one-pack baking polyurethane coatings whose baking temperature can be reduced by the addition of a catalyst, e.g. 0.3 - 1.0 % DBTL, without influencing the storage stability of the ready-to-use formulation. voir moins | |
| Desmodur® BL 3370 MPA | Covestro | Desmodur® BL 3370 PMA is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and dissolved in propylene glycol monomethyl ether acetate(MPA/PMA). It is used with hydroxyl functional coreactants in the formulation of light-stable o...voir plus Desmodur® BL 3370 PMA is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and dissolved in propylene glycol monomethyl ether acetate(MPA/PMA). It is used with hydroxyl functional coreactants in the formulation of light-stable one-component baking systems with relatively low curing temperatures. Coatings based on Desmodur® BL 3370 MPA are used for the industrial finishing of appliances, coil coating, can coating, and in the automotive industry for chip-resistant primer-surfacers and topcoats. voir moins | |
| Desmodur® BL 3475 BA/SN | Covestro | Desmodur® BL 3475 BA/SN is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and isophorone diisocyanate (IPDI) and dissolved in n-butyl acetate and aromatic 100 (1:1). It was developed as a hardener for lightfast one-pack bakin...voir plus Desmodur® BL 3475 BA/SN is a blocked aliphatic polyisocyanate based on hexamethylene diisocyanate (HDI) and isophorone diisocyanate (IPDI) and dissolved in n-butyl acetate and aromatic 100 (1:1). It was developed as a hardener for lightfast one-pack baking polyurethane coatings with a low baking temperature. Used in the formulation of high-quality industrial coatings, especially for cans and tubes. The product can also be used as an additive to improve the reactivity, flexibility and adhesion of conventional baking systems. voir moins | |
| HN 336 ALUMINA TRIHYDRATE | Huber Engineered Materials | HN-336 is a halogen–free, medium particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading levels, an...voir plus HN-336 is a halogen–free, medium particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading levels, and excellent processing characteristics, up to 200°C. HN-336 is recommended for spray-up or hand-lay up FRP applications, filament winding, panel production, resin injection, foam materials, cast polymer and epoxy parts, coatings, adhesives, latex, vinyl and urethane compounds. voir moins | |
| HN 36 ALUMINA TRIHYDRATE | Huber Engineered Materials | HN-36 is a halogen–free, medium-coarse particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading leve...voir plus HN-36 is a halogen–free, medium-coarse particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading levels, and excellent processing characteristics, up to 200°C. HN-36 is recommended for rubber goods, compression molded thermosets, coatings, adhesives, latex, vinyl and urethane compounds and carpet backings. voir moins | |
| HN 434 Alumina Trihydrate | Huber Engineered Materials | HN-434 is a halogen–free, fine particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading levels, and ...voir plus HN-434 is a halogen–free, fine particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading levels, and excellent processing characteristics, up to 200°C. HN-434 is recommended for spray-up or hand-lay up FRP applications, filament winding, panel production, resin injection, foam materials, cast polymer and epoxy parts, coatings, adhesives, latex, vinyl and urethane compounds. voir moins | |
| HN 532 Alumina Trihydrate | Huber Engineered Materials | HN-532 is a halogen–free, very fine particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading levels,...voir plus HN-532 is a halogen–free, very fine particle size ATH product that provides low cost flame retardant and smoke suppression in a variety of applications. The particle size distribution is specifically designed for low viscosity, high filler loading levels, and excellent processing characteristics, up to 200°C. HN-532 is recommended for spray-up or hand lay-up FRP applications, filament winding, panel production, resin injection, foam materials, add cast polyester and epoxy parts, coatings, adhesives, latex, vinyl and urethane. voir moins | |
| Huberbrite® 10 Barium Sulfate | Huber Engineered Materials | Huberbrite® 10 is a high brightness, 10 micron ground barium sulfate that contains virtually no leachable barium compounds and passes Toxic Characteristic Leaching Procedure (TCLP) tests. It is traditionally used as a white extender that both increases sp...voir plus Huberbrite® 10 is a high brightness, 10 micron ground barium sulfate that contains virtually no leachable barium compounds and passes Toxic Characteristic Leaching Procedure (TCLP) tests. It is traditionally used as a white extender that both increases specific gravity and improves the chemical resistance of the surface coating. It can also be used as a corrosion protective additive in paints and coatings due to its weather resistant properties. voir moins | |
| Huberbrite® 7 Barium Sulfate | Huber Engineered Materials | Huberbrite® 7 is a high brightness, 7 micron ground barium sulfate that contains virtually no leachable barium compounds and passes Toxic Characteristic Leaching Procedure (TCLP) tests. It is traditionally used as a white extender that both increases spe...voir plus Huberbrite® 7 is a high brightness, 7 micron ground barium sulfate that contains virtually no leachable barium compounds and passes Toxic Characteristic Leaching Procedure (TCLP) tests. It is traditionally used as a white extender that both increases specific gravity and improves the chemical resistance of the surface coating. It can also be used as a corrosion protective additive in paints and coatings due to its weather resistant properties. voir moins | |
| HYMOD® M1500 SPD TREATED ALUMINA TRIHYDRATE | Huber Engineered Materials | Hymod® M1500 SPD is a fine particle size, surface treated ATH product that provides functional reinforcement, flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyolefin compounds. Mechani...voir plus Hymod® M1500 SPD is a fine particle size, surface treated ATH product that provides functional reinforcement, flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyolefin compounds. Mechanical properties observed with Hymod® M1500 SPD are comparable to fine particle precipitated alumina trihydrate. voir moins | |
| Hymod® M632 SG TREATED ALUMINA TRIHYDRATE | Huber Engineered Materials | Hymod® M632 SG is a fine particle size, surface treated alumina trihydrate commonly known as aluminum hydroxide product that provides flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyo...voir plus Hymod® M632 SG is a fine particle size, surface treated alumina trihydrate commonly known as aluminum hydroxide product that provides flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyolefin compounds. The surface modification enables this product to have low moisture and to be easily and uniformly dispersed into polymers at high loading levels without causing processing rheology concerns. Hymod® M632 SG can be used in such applications as foamed insulation, wire and cable jacketing, TPO roofing membranes, injection molded and extruded polyolefins, compression molded thermosets and solvent borne coatings. voir moins | |
| Hymod® M9400 SG TREATED ALUMINA TRIHYDRATE | Huber Engineered Materials | Hymod® M9400 SG is a precipitated, surface treated ATH product that provides flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyolefin compounds. The surface modification enables this pr...voir plus Hymod® M9400 SG is a precipitated, surface treated ATH product that provides flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyolefin compounds. The surface modification enables this product to have low moisture and to be easily and uniformly dispersed into polymers at high loading levels. Hymod® M9400 SG can be used in such applications as foamed insulation, wire and cable insulation and jacketing, injection molded and extruded polyolefins and solvent borne coatings. This product provides excellent processing characteristics as well as superior electrical and mechanical properties. voir moins | |
| HYMOD® M9400 SP TREATED ALUMINA TRIHYDRATE | Huber Engineered Materials | Hymod® M9400 SP aluminum hydroxide (ATH) is a vinyl- functionalized, precipitated grade developed for peroxide-cured silicone rubber. Everything about this product has been optimized for maximum performance in high-voltage, silicone rubber insulator compo...voir plus Hymod® M9400 SP aluminum hydroxide (ATH) is a vinyl- functionalized, precipitated grade developed for peroxide-cured silicone rubber. Everything about this product has been optimized for maximum performance in high-voltage, silicone rubber insulator compositions. Silicone rubber compound containing Hymod® M9400 SP does not stick in the mold. This increases the value of your compound to your customers. They will save money by reducing the number of rejected parts. voir moins | |
| Hymod® SB432 SG TREATED ALUMINA TRIHYDRATE | Huber Engineered Materials | Hymod® SB432 SG is a medium particle size, surface treated ATH product that provides hydrophobicity, flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyolefin compounds. The surface modi...voir plus Hymod® SB432 SG is a medium particle size, surface treated ATH product that provides hydrophobicity, flame retardancy and smoke suppression in a variety of applications, such as acrylic, EPDM, EVA, SBR, polyester and polyolefin compounds. The surface modification enables this product to have low moisture and to be easily and uniformly dispersed into polymers at high loading levels without causing processing rheology concerns. voir moins | |
| KEMGARD® 911A MOLYBDATE COMPOUND | Huber Engineered Materials | Kemgard® 911A is a high efficiency calcium zinc molybdate compound used for flame retardancy and smoke suppression. Kemgard products are available with hydrophobic, non-functional surface treatments to reduce moisture pick-up, improve powder flow properti...voir plus Kemgard® 911A is a high efficiency calcium zinc molybdate compound used for flame retardancy and smoke suppression. Kemgard products are available with hydrophobic, non-functional surface treatments to reduce moisture pick-up, improve powder flow properties and ensure better dispersion in the polymer matrix. Can be used in automotive and building applications where certain criteria for flame retardance is required. voir moins | |
| KEMGARD® 911B MOLYBDATE COMPOUND | Huber Engineered Materials | Kemgard® 911B is a high efficiency basic zinc molybdate compound used for flame retardancy and smoke suppression. Kemgard products are available with hydrophobic, non-functional surface treatments to reduce moisture pick-up, improve powder flow properties...voir plus Kemgard® 911B is a high efficiency basic zinc molybdate compound used for flame retardancy and smoke suppression. Kemgard products are available with hydrophobic, non-functional surface treatments to reduce moisture pick-up, improve powder flow properties and ensure better dispersion in the polymer matrix. Can be used in automotive and building applications where certain criteria for flame retardance is required. voir moins | |
| KEMGARD® 911C MOLYBDATE COMPOUND | Huber Engineered Materials | Kemgard® 911C is a high efficiency zinc molybdate-magnesium silicate compound used for flame retardancy and smoke suppression. Kemgard products are available with hydrophobic, non-functional surface treatments to reduce moisture pick-up, improve powder fl...voir plus Kemgard® 911C is a high efficiency zinc molybdate-magnesium silicate compound used for flame retardancy and smoke suppression. Kemgard products are available with hydrophobic, non-functional surface treatments to reduce moisture pick-up, improve powder flow properties and ensure better dispersion in the polymer matrix. Can be used in automotive and building applications where certain criteria for flame retardance is required. voir moins | |
| MICRAL® 632 ALUMINA TRIHYDRATE | Huber Engineered Materials | Micral® 632 is a mechanically produced ATH product designed for plastic and rubber applications requiring a fine particle size. The high surface area of Micral 632 provides a low cost approach to flame retardance and smoke suppression in applications such...voir plus Micral® 632 is a mechanically produced ATH product designed for plastic and rubber applications requiring a fine particle size. The high surface area of Micral 632 provides a low cost approach to flame retardance and smoke suppression in applications such as urethane foams, vinyl, SBR belting, EPDM, EPR, adhesives, coatings, ABS, polyolefins and XPLE. A complete range of surface modifications is available to aid processing and enhance physical properties. These include silanes, stearates and wetting agents. voir moins | |
| Micral® AM550 ALUMINA TRIHYDRATE | Huber Engineered Materials | Micral® AM550 is a narrow particle size distribution flame retardant and smoke suppressant with a median particle size of about 5.5 microns which offers a lower surface area. Used in adhesive, caulk, sealant and paints and coating applications. | |
| SB 336 ALUMINA TRIHYDRATE | Huber Engineered Materials | SB-336 is a medium particle size ATH product that provides low cost flame retardancy and smoke suppression in a variety of applications. The unique particle size is specifically designed for low viscosites, high filler loading levels, and excellent proces...voir plus SB-336 is a medium particle size ATH product that provides low cost flame retardancy and smoke suppression in a variety of applications. The unique particle size is specifically designed for low viscosites, high filler loading levels, and excellent processing characteristics. SB-336 is recommended for spray-up or hand lay-up FRP applications, filament winding, panel production, resin injection, SMC/BMC, foam materials, and cast polyester and epoxy parts. voir moins | |
| SB 36 ALUMINA TRIHYDRATE | Huber Engineered Materials | SB-36 is a coarse, mechanically ground alumina trihydrate used to suppress flame and smoke in applications such as latex, vinyl and urethane compounds. | |
| SB 432 ALUMINA TRIHYDRATE | Huber Engineered Materials | SB-432 was developed especially for SMC, BMC, resin injection and high solids coatings, has a unique particle size distribution that provides the best possible combination of viscosity, flame, electrical and molding properties that can be derived from an ...voir plus SB-432 was developed especially for SMC, BMC, resin injection and high solids coatings, has a unique particle size distribution that provides the best possible combination of viscosity, flame, electrical and molding properties that can be derived from an ATH filler. A closely controlled top size with a large super fine faction yields rapid dispersion in resin. Excellent mold flow and wet-out characteristics result in superior surface profile, minimal porosity, even pigmentation, and excellent filler and reinforcement distribution throughout the molded part. voir moins |
