| 3M™ Ceramic Microspheres W-210 | 3M Advanced Materials Division | 3M™ Ceramic Microspheres White Grade W-210 are made of alkali alumino silicate ceramic and is one of our smallest high-strength ceramic particles with a typical d90 of 12 microns; it has a controlled particle size distribution. Formulating with these 3M c...Vea Mas 3M™ Ceramic Microspheres White Grade W-210 are made of alkali alumino silicate ceramic and is one of our smallest high-strength ceramic particles with a typical d90 of 12 microns; it has a controlled particle size distribution. Formulating with these 3M ceramic microspheres allows higher filler loadings while maintaining desired properties such as viscosity control. In addition, these engineered particles are added to many paints and industrial coatings to provide scrub and burnish resistance. Due to their smaller particle size, 3M ceramic microspheres white grade W-210 are typically chosen over other 3M ceramic microspheres for higher gloss formulations. Formulators may be able to extend resin in their formulation by adding 3M ceramic microspheres and potentially reduce cost. Vea Menos | |
| 3M™ Ceramic Microspheres W-410 | 3M Advanced Materials Division | 3M™ Ceramic Microspheres White Grade W-410 are made of high-strength alkali alumino silicate ceramic with a typical d90 of 21 microns; it has a controlled particle size distribution. Formulating with these 3M ceramic microspheres allows higher filler load...Vea Mas 3M™ Ceramic Microspheres White Grade W-410 are made of high-strength alkali alumino silicate ceramic with a typical d90 of 21 microns; it has a controlled particle size distribution. Formulating with these 3M ceramic microspheres allows higher filler loadings while maintaining desired properties such as viscosity control. In addition, these engineered particles are added to many paints and industrial coatings to provide scrub and burnish resistance. Due to their smaller particle size, 3M ceramic microspheres white grade W-410 are typically chosen over other 3M ceramic microspheres for their overall balance in properties. Formulators may be able to extend resin in their formulation by adding 3M ceramic microspheres and potentially reduce cost. Vea Menos | |
| 3M™ Ceramic Microspheres W-610 | 3M Advanced Materials Division | 3M™ Ceramic Microspheres White Grade W-610 are made of alkali alumino silicate ceramic and is our largest high-strength ceramic particles with a typical d90 of 32 microns; it has a controlled particle size distribution. Formulating with these 3M ceramic m...Vea Mas 3M™ Ceramic Microspheres White Grade W-610 are made of alkali alumino silicate ceramic and is our largest high-strength ceramic particles with a typical d90 of 32 microns; it has a controlled particle size distribution. Formulating with these 3M ceramic microspheres allows higher filler loadings while maintaining desired properties such as viscosity control. In addition, these engineered particles are added to many paints and industrial coatings to provide scrub and burnish resistance. Due to their smaller particle size, 3M ceramic microspheres white grade W-610 are typically chosen over other 3M ceramic microspheres for increased durability. Formulators may be able to extend resin in their formulation by adding 3M ceramic microspheres and potentially reduce cost. Vea Menos | |
| 3M™ Glass Bubbles iM16K | 3M Advanced Materials Division | 3M™ Glass Bubbles iM16K are hollow glass spheres with a typical density of 0.46 g/cc and an isostatic crush strength of 16,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush stre...Vea Mas 3M™ Glass Bubbles iM16K are hollow glass spheres with a typical density of 0.46 g/cc and an isostatic crush strength of 16,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles iM30K | 3M Advanced Materials Division | 3M™ Glass Bubbles iM30K are hollow glass spheres with a typical density of 0.60 g/cc and an isostatic crush strength of 27,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush stren...Vea Mas 3M™ Glass Bubbles iM30K are hollow glass spheres with a typical density of 0.60 g/cc and an isostatic crush strength of 27,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles K1 | 3M Advanced Materials Division | 3M™ Glass Bubbles K1 are hollow glass spheres with a typical density of 0.125 g/cc and an isostatic crush strength of 250 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths...Vea Mas 3M™ Glass Bubbles K1 are hollow glass spheres with a typical density of 0.125 g/cc and an isostatic crush strength of 250 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles K15 | 3M Advanced Materials Division | 3M™ Glass Bubbles K15 are hollow glass spheres with a typical density of 0.15 g/cc and an isostatic crush strength of 300 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths....Vea Mas 3M™ Glass Bubbles K15 are hollow glass spheres with a typical density of 0.15 g/cc and an isostatic crush strength of 300 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles K20 | 3M Advanced Materials Division | 3M™ Glass Bubbles K20 are hollow glass spheres with a typical density of 0.20 g/cc and an isostatic crush strength of 500 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths....Vea Mas 3M™ Glass Bubbles K20 are hollow glass spheres with a typical density of 0.20 g/cc and an isostatic crush strength of 500 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles K25 | 3M Advanced Materials Division | 3M™ Glass Bubbles K25 are hollow glass spheres with a typical density of 0.25 g/cc and an isostatic crush strength of 750 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths....Vea Mas 3M™ Glass Bubbles K25 are hollow glass spheres with a typical density of 0.25 g/cc and an isostatic crush strength of 750 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles K37 | 3M Advanced Materials Division | 3M™ Glass Bubbles K37 are hollow glass spheres with a typical density of 0.37 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strength...Vea Mas 3M™ Glass Bubbles K37 are hollow glass spheres with a typical density of 0.37 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles K42HS | 3M Advanced Materials Division | 3M™ Glass Bubbles K42HS are hollow glass spheres with a typical density of 0.42 g/cc and an isostatic crush strength of 7,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush stren...Vea Mas 3M™ Glass Bubbles K42HS are hollow glass spheres with a typical density of 0.42 g/cc and an isostatic crush strength of 7,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles K46 | 3M Advanced Materials Division | 3M™ Glass Bubbles SK46 are hollow glass spheres with a typical density of 0.46 g/cc and an isostatic crush strength of 6,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengt...Vea Mas 3M™ Glass Bubbles SK46 are hollow glass spheres with a typical density of 0.46 g/cc and an isostatic crush strength of 6,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S15 | 3M Advanced Materials Division | 3M™ Glass Bubbles S15 are hollow glass spheres with a typical density of 0.15 g/cc and an isostatic crush strength of 300 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths....Vea Mas 3M™ Glass Bubbles S15 are hollow glass spheres with a typical density of 0.15 g/cc and an isostatic crush strength of 300 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S22 | 3M Advanced Materials Division | 3M™ Glass Bubbles S22 are hollow glass spheres with a typical density of 0.22 g/cc and an isostatic crush strength of 400 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths...Vea Mas 3M™ Glass Bubbles S22 are hollow glass spheres with a typical density of 0.22 g/cc and an isostatic crush strength of 400 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S28HS | 3M Advanced Materials Division | 3M™ Glass Bubbles S28HS are hollow glass spheres with a typical density of 0.28 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush stren...Vea Mas 3M™ Glass Bubbles S28HS are hollow glass spheres with a typical density of 0.28 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S32 | 3M Advanced Materials Division | 3M™ Glass Bubbles S32 are hollow glass spheres with a typical density of 0.32 g/cc and an isostatic crush strength of 2,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengt...Vea Mas 3M™ Glass Bubbles S32 are hollow glass spheres with a typical density of 0.32 g/cc and an isostatic crush strength of 2,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S35 | 3M Advanced Materials Division | 3M™ Glass Bubbles S35 are hollow glass spheres with a typical density of 0.35 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengt...Vea Mas 3M™ Glass Bubbles S35 are hollow glass spheres with a typical density of 0.35 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S38 | 3M Advanced Materials Division | 3M™ Glass Bubbles S38 are hollow glass spheres with a typical density of 0.38 g/cc and an isostatic crush strength of 4,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengt...Vea Mas 3M™ Glass Bubbles S38 are hollow glass spheres with a typical density of 0.38 g/cc and an isostatic crush strength of 4,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S38HS | 3M Advanced Materials Division | 3M™ Glass Bubbles S38HS are hollow glass spheres with a typical density of 0.38 g/cc and an isostatic crush strength of 5,500 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush streng...Vea Mas 3M™ Glass Bubbles S38HS are hollow glass spheres with a typical density of 0.38 g/cc and an isostatic crush strength of 5,500 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S42XHS | 3M Advanced Materials Division | 3M™ Glass Bubbles S42XHS are hollow glass spheres with a typical density of 0.42 g/cc and an isostatic crush strength of 8,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush stre...Vea Mas 3M™ Glass Bubbles S42XHS are hollow glass spheres with a typical density of 0.42 g/cc and an isostatic crush strength of 8,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S60 | 3M Advanced Materials Division | 3M™ Glass Bubbles S60 are hollow glass spheres with a typical density of 0.6 g/cc and an isostatic crush strength of 6,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strength...Vea Mas 3M™ Glass Bubbles S60 are hollow glass spheres with a typical density of 0.6 g/cc and an isostatic crush strength of 6,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles S60HS | 3M Advanced Materials Division | 3M™ Glass Bubbles S60HS are hollow glass spheres with a typical density of 0.60 g/cc and an isostatic crush strength of 18,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush stre...Vea Mas 3M™ Glass Bubbles S60HS are hollow glass spheres with a typical density of 0.60 g/cc and an isostatic crush strength of 18,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| 3M™ Glass Bubbles XLD3000 | 3M Advanced Materials Division | 3M™ Glass Bubbles XLD3000 are hollow glass spheres with a typical density of 0.23 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush str...Vea Mas 3M™ Glass Bubbles XLD3000 are hollow glass spheres with a typical density of 0.23 g/cc and an isostatic crush strength of 3,000 psi. 3M™ Glass Bubbles are lightweight hollow glass microspheres with a broad range of densities, particle sizes and crush strengths. These general purpose spheres offer very good strength-to-density ratio and making them suitable for a variety of uses in the paints and coatings industry. These microspheres are used in applications from specialty architectural and industrial paints to lightweight spackling, caulks, adhesives and roof coatings. Manufacturers use 3M glass bubbles for their ability to help reduce weight, improve reflectivity, reduce shrinkage, enhance surface appearance and help reduce overall material costs. Vea Menos | |
| AC-67 | Ark (Fogang) Chemicals Industry Co., Ltd. | AC-67 is an β-(3,4-Epoxycyclohexyl) ethyltrimethoxysilane with the chemical structure CH2CH2Si(OCH3)3 and comes as a clear, colorless liquid. Primarily used in the production of adhesives and sealants, AC-67 can be used as an additive to improve acrylic e...Vea Mas AC-67 is an β-(3,4-Epoxycyclohexyl) ethyltrimethoxysilane with the chemical structure CH2CH2Si(OCH3)3 and comes as a clear, colorless liquid. Primarily used in the production of adhesives and sealants, AC-67 can be used as an additive to improve acrylic emulsions as well as used for filler in glass fiber surface treatments. Vea Menos | |
| Accowear | Accoat A/S | Accowear is a reinforcement that is composed of a wear-resistant layer of stainless steel that is porous. It is used in conjunction with a fluoroplastic topcoat. The topcoat provides the non-stick properties while Accowear provides the wear-resistant prop...Vea Mas Accowear is a reinforcement that is composed of a wear-resistant layer of stainless steel that is porous. It is used in conjunction with a fluoroplastic topcoat. The topcoat provides the non-stick properties while Accowear provides the wear-resistant properties. Vea Menos | |
| Acti-Gel® 208 | Active Minerals | Acti-Gel® 208 purified attapulgite is a high quality, self-dispersing hydrated magnesium aluminosilicate intended for high performance use as a binder, thixotrope, reinforcement additive and anti-settling agent. This unique formulary tool suspends and hom...Vea Mas Acti-Gel® 208 purified attapulgite is a high quality, self-dispersing hydrated magnesium aluminosilicate intended for high performance use as a binder, thixotrope, reinforcement additive and anti-settling agent. This unique formulary tool suspends and homogeneously disperses other particles in liquid systems creating a very stable mixture yet enables higher loadings of solids without increasing viscosity. Acti-Gel 208 additive can be a simple fix for syneresis, pigment float & flooding and sedimentation problems in a wide range of water-based coatings. Its low dosage, and extremely low residue makes it a quick “post-add” solution for stability problems in existing coating formulas without changing its rheology, paint formula or packaging label. Vea Menos | Request Sample |
| Acti-Min® PG | Active Minerals | Acti-Min® PG air-float kaolin is a carefully produced, high quality, pigment extender designed for the paint industry. It provides desirable performance advantages in gloss and sheen control, enamel holdout, anti-settling, and sanding properties. As our h...Vea Mas Acti-Min® PG air-float kaolin is a carefully produced, high quality, pigment extender designed for the paint industry. It provides desirable performance advantages in gloss and sheen control, enamel holdout, anti-settling, and sanding properties. As our highest brightness product, Acti-Min® PG product can be a lbs-for-lbs direct replacement for higher cost water-washed kaolin products in coatings and similar applications. Its very fine and narrow particle size distribution in the 0.25 to 0.4 micron range has shown to be more effective at TiO2 extension in latex paint than standard water-washed kaolin grades. Vea Menos | Request Sample |
| ADDAPT® SilStab HL+ | ADDAPT Chemicals BV | ADDAPT® SilStab HL+ is a solvent-free, stabilized potassium silicate solution with a hydrophobic component in water. It is added to textured masonry coatings and interior paints. This product improves scrub resistance, is non-foaming, and free of preserva...Vea Mas ADDAPT® SilStab HL+ is a solvent-free, stabilized potassium silicate solution with a hydrophobic component in water. It is added to textured masonry coatings and interior paints. This product improves scrub resistance, is non-foaming, and free of preservatives. Vea Menos | |
| ADDAPT® SilStab L 100 | ADDAPT Chemicals BV | ADDAPT® SilStab L 100 is a solvent-free, stabilized potassium silicate solution in water. It is added to interior and exterior coatings as well as textured masonry coatings. This product is non-foaming, free of preservatives, and has anti-corrosion proper...Vea Mas ADDAPT® SilStab L 100 is a solvent-free, stabilized potassium silicate solution in water. It is added to interior and exterior coatings as well as textured masonry coatings. This product is non-foaming, free of preservatives, and has anti-corrosion properties when applied to ferrous surfaces. The high stability of ADDAPT® SilStab L 100 allows it to be added to coatings without causing coagulation, and no additional stabilizing additives are necessary. Vea Menos | |
| ADDAPT® SilStab L 50 | ADDAPT Chemicals BV | ADDAPT® SilStab L 50 is a solvent-free, stabilized potassium silicate solution for coatings and plasters. It can be used as a primer on masonry surfaces and for anti-corrosion on ferrous metals. This product is soluble in water, non-foaming, and can be ad...Vea Mas ADDAPT® SilStab L 50 is a solvent-free, stabilized potassium silicate solution for coatings and plasters. It can be used as a primer on masonry surfaces and for anti-corrosion on ferrous metals. This product is soluble in water, non-foaming, and can be added to coatings without causing coagulation. Vea Menos | |
| AEROSIL® R 9200 | Evonik Operations GmbH, BL Coating Additives | AEROSIL® R 9200 is a structure modified, hydrophobic fumed silica. | Request Sample |
| AKTIFIT AM | Hoffmann Mineral | AKTIFIT AM es un SILFIT Z 91 activado producido por la modificación de las superficies con silano amino funcional. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se obtiene un efecto óptimo en elastómeros pol...Vea Mas AKTIFIT AM es un SILFIT Z 91 activado producido por la modificación de las superficies con silano amino funcional. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se obtiene un efecto óptimo en elastómeros polares en combinación con azufre o donantes de azufre, amina o sistemas de reticulación bisfenólicos. Puede utilizarse siempre que la alta resistencia a la tracción y el módulo elevado, combinados con muy baja resistencia a la tracción y la deformación por compresión, sean tan importantes como las excelentes propiedades de procesamiento y extrusión. Vea Menos | |
| AKTIFIT PF 111 | Hoffmann Mineral | AKTIFIT PF 111 is a calcined product, treated with alkyl silane. It is recommended for electrophoretic coatings, corrosion protection coatings, plastic primers, and interior dispersion paints. | |
| AKTIFIT PF 115 | Hoffmann Mineral | AKTIFIT PF 115 is an activated SILFIT Z 91, produced by modifying the surface with a special amino functional silane. The by-products split off during the treatment reac-tion are largely removed during the production process which firmly at-taches the sil...Vea Mas AKTIFIT PF 115 is an activated SILFIT Z 91, produced by modifying the surface with a special amino functional silane. The by-products split off during the treatment reac-tion are largely removed during the production process which firmly at-taches the silane to the filler sur-face. This helps minimize undesira-ble side effects, as they are poten-tially encountered with in situ mix-ing (direct addition of silane to the compound). Vea Menos | |
| AKTIFIT Q | Hoffmann Mineral | AKTIFIT Q is an activated SILFIT Z 91, produced by modifying the surface with a methacrylic silane. The by-products split off during the treatment reaction are largely removed during the production process which firmly attaches the silane to the filler su...Vea Mas AKTIFIT Q is an activated SILFIT Z 91, produced by modifying the surface with a methacrylic silane. The by-products split off during the treatment reaction are largely removed during the production process which firmly attaches the silane to the filler surface. This helps minimize undesirable side effects, which are potentially encountered with in-situ mixing (direct addition of silane to the compound). Vea Menos | |
| AKTIFIT VM | Hoffmann Mineral | AKTIFIT VM es un SILFIT Z 91 activado que puede utilizarse como un aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se logran efectos óptimos en sistemas aglutinantes de polimerizado o de curación debido a una reacción iniciad...Vea Mas AKTIFIT VM es un SILFIT Z 91 activado que puede utilizarse como un aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. Se logran efectos óptimos en sistemas aglutinantes de polimerizado o de curación debido a una reacción iniciada radicalmente. Vea Menos | |
| AKTISIL AM | Hoffmann Mineral | AKTISIL AM es un SILLITIN Z 86 activado producido por la modificación de las superficies con silano amino funcional. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL MAM | Hoffmann Mineral | AKTISIL MAM es un SILLITIN V 88 activado producido por la modificación de la superficie con silano 3-metacril-oxipropil-trimetoxi. Puede utilizarse como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL MAM-R | Hoffmann Mineral | AKTISIL MAM-R es un SILLITIN V 85 activado producido por la modificación de las superficies con silano 3-metacril-oxipropil-trimetoxi. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL PF 777 | Hoffmann Mineral | AKTISIL PF 777 es un SILLITIN Z 86 activado producido por la modificación de las superficies con silano alquilo. Se utiliza como aditivo funcional por solo o en combinación con aditivos reológicos y/o agentes de mateado. | |
| AKTISIL VM 56 | Hoffmann Mineral | AKTISIL VM 56 es un SILLITIN Z 86 activado producido por la modificación de las superficies con silano de vinilo-trietoxi. Se utiliza como aditivo funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| AKTISIL VM 56/89 | Hoffmann Mineral | AKTISIL VM 56/89 es un SILLITIN Z 89 activo producido por la modificación de las superficies con 3-viniltrietoxi-silano. Se utiliza como relleno funcional, solo o en combinación con diluyentes o agentes de mateado. | |
| ALBACAR® 5970 | Specialty Minerals | ALBACAR® 5970 is a mineral additive which has a narrow particle size distribution. This product has an oil absorption of 50 and a specific gravity of 2.7. ALBACAR® 5970 is used as a filler in paints, adhesives, sealants, caulks, and plastics. | |
| ALBACAR® 8101 | Specialty Minerals | ALBACAR® 8101 is a mineral additive which has a narrow particle size distribution. This product has an oil absorption of 36 and a specific gravity of 2.7. ALBACAR® 8101 is used as a filler in paints, adhesives, sealants, caulks, and plastics. | |
| ALBAFIL® | Specialty Minerals | ALBAFIL® is a fine, pure precipitated calcium carbonate which has a precisely controlled particle size and a narrow distribution. This product has an average particle size of 0.7 microns and a specific gravity of 2.7. ALBAFIL® is used in paints and coatin...Vea Mas ALBAFIL® is a fine, pure precipitated calcium carbonate which has a precisely controlled particle size and a narrow distribution. This product has an average particle size of 0.7 microns and a specific gravity of 2.7. ALBAFIL® is used in paints and coatings. Vea Menos | |
| Almatis BayGranite®17 ATH (Aluminum Trihydroxide) | Almatis, Inc. | Almatis BayGranite®17 ATH (Aluminum Trihydroxide) is an inorganic hydrated alumina, primarily used as a flame retardant additive for most polymer systems. BayGranite® 17 is more accurately designated chemically as aluminum trihydroxide, Al(OH)3, and is pr...Vea Mas Almatis BayGranite®17 ATH (Aluminum Trihydroxide) is an inorganic hydrated alumina, primarily used as a flame retardant additive for most polymer systems. BayGranite® 17 is more accurately designated chemically as aluminum trihydroxide, Al(OH)3, and is produced through processing of alumina-bearing feedstocks. It is a dry powder, when heated above approximately 220°C it decomposes into approximately 35% water and 65% alumina by weight. Vea Menos | |
| Almatis FlameGard® ATH (Aluminum Trihydroxide) | Almatis, Inc. | Almatis FlameGard® ATH (Aluminum Trihydroxide) is an inorganic hydrated alumina designed for use in polymer systems as a flame retardant and smoke suppressive additive. FlameGard is more accurately designated chemically as aluminum trihydroxide, Al(OH)3, ...Vea Mas Almatis FlameGard® ATH (Aluminum Trihydroxide) is an inorganic hydrated alumina designed for use in polymer systems as a flame retardant and smoke suppressive additive. FlameGard is more accurately designated chemically as aluminum trihydroxide, Al(OH)3, and is produced through processing of alumina-bearing feedstocks. Although FlameGard is a dry powder, when heated above approximately 220°C it decomposes into approximately 35% water and 65% alumina by weight. Vea Menos | |
| Anhydrite | Provencale S.A. | Anhydrite is a filler that can withstand humidity. It is finely ground and dressed natural anhydrite that is a waterless sulphate. It is often formed as an evaporation product from sea water subject to progressive concentration of the salt water solution....Vea Mas Anhydrite is a filler that can withstand humidity. It is finely ground and dressed natural anhydrite that is a waterless sulphate. It is often formed as an evaporation product from sea water subject to progressive concentration of the salt water solution. Anhydrite makes up the sturdy solid base of gypsum deposits and can be mined separately. It is for use in industrial paints, lacquers and adhesives. Vea Menos | |
| AnTec C-60 | Anpeak Specialty Minerals Co., Ltd. | AnTec C-60, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups and to improve brightness. It can be used as an extende...Vea Mas AnTec C-60, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups and to improve brightness. It can be used as an extender in paints and coatings. Vea Menos | |
| AnTec C-98 | Anpeak Specialty Minerals Co., Ltd. | AnTec C-98, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by controlled heat treatment in order to remove crystalline-bound hydroxyl groups and in order to improve brightness. It can be used as a f...Vea Mas AnTec C-98, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by controlled heat treatment in order to remove crystalline-bound hydroxyl groups and in order to improve brightness. It can be used as a functional pigment extender in coatings, paints, and printing inks. Vea Menos | |
| AnTec C-OP | Anpeak Specialty Minerals Co., Ltd. | AnTec C-OP, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups and to remove brightness. It can be used in flat or low...Vea Mas AnTec C-OP, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups and to remove brightness. It can be used in flat or low-sheen architectural paints. It can also serve as an ink receptacle in specialty paper applications. Vea Menos | |
| AnTec MM | Anpeak Specialty Minerals Co., Ltd. | AnTec MM, in the form of a highly pulverized powder, is a high-reactivity metakaolin Pozzolan. This product can be used as an admixture in mortars and grouts, as well as in concrete masonry units or other cement-based products. Its specific gravity lies...Vea Mas AnTec MM, in the form of a highly pulverized powder, is a high-reactivity metakaolin Pozzolan. This product can be used as an admixture in mortars and grouts, as well as in concrete masonry units or other cement-based products. Its specific gravity lies between 2.5 and 2.7, and it contains less than .5% free moisture. Vea Menos | |
| AnTec WE | Anpeak Specialty Minerals Co., Ltd. | AnTec WE, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups. It can be used as an extender for pigment applications. ...Vea Mas AnTec WE, in the form of a highly pulverized powder, is a calcined kaolin. This product has been dehydroxylated by a controlled heat treatment in order to remove crystalline-bound hydroxyl groups. It can be used as an extender for pigment applications. It contains less than 0.5% free moisture at 105 degrees Celsius. Vea Menos | |
| Anti-Reflective Application Nano Alumina B8013-2 | Tianjin Boyuan New Materials Co., Ltd. | B8013-2 tiene partículas de tamaño pequeño y excelente capacidad de dispersión, esto permite que sea útil para los revestimientos antirreflectantes. Se puede aplicar en vidrio fotovoltaico y tereftalato de polietileno. Aumenta la transmitancia al disminui...Vea Mas B8013-2 tiene partículas de tamaño pequeño y excelente capacidad de dispersión, esto permite que sea útil para los revestimientos antirreflectantes. Se puede aplicar en vidrio fotovoltaico y tereftalato de polietileno. Aumenta la transmitancia al disminuir la reflectancia de la luz. Vea Menos | |
| Ballotini® A | Potters Industries Inc. | Ballotini® A is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 20-30 and a particle diameter range of 600-850 microns. Ballotini® A is most commonly used in metal finishing applications. | |
| Ballotini® AA | Potters Industries Inc. | Ballotini® AA is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 40-70 and a particle diameter range of 212-425 microns. Ballotini® AA is most commonly used in metal finishing applications. | |
| Ballotini® AAA | Potters Industries Inc. | Ballotini® AAA is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 25-45 and a particle diameter range of 355-710 microns. Ballotini® AAA is most commonly used in metal finishing applications. | |
| Ballotini® AB | Potters Industries Inc. | Ballotini® AB is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 50-80 and a particle diameter range of 180-300 microns. Ballotini® AB is most commonly used in metal finishing applications. | |
| Ballotini® AC | Potters Industries Inc. | Ballotini® AC is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 60-120 and a particle diameter range of 125-250 microns. Ballotini® AC is most commonly used in metal finishing applications. | |
| Ballotini® AD | Potters Industries Inc. | Ballotini® AD is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 70-140 and a particle diameter range of 106-212 microns. Ballotini® AD is most commonly used in metal finishing applications. | |
| Ballotini® AE | Potters Industries Inc. | Ballotini® AE is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 100-170 and a particle diameter range of 90-150 microns. Ballotini® AE is most commonly used in metal finishing applications. | |
| Ballotini® AG | Potters Industries Inc. | Ballotini® AG is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 120-270 and a particle diameter range of 53-125 microns. Ballotini® AG is most commonly used in metal finishing applications. | |
| Ballotini® AH | Potters Industries Inc. | Ballotini® AH is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 170-325 and a particle diameter range of 45-90 microns. Ballotini® AH is most commonly used in metal finishing applications. | |
| Ballotini® B | Potters Industries Inc. | Ballotini® B is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 30-40 and a particle diameter range of 425-600 microns. Ballotini® B is most commonly used in metal finishing applications. | |
| Ballotini® C | Potters Industries Inc. | Ballotini® C is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 40-60 and a particle diameter range of 250-425 microns. Ballotini® C is most commonly used in metal finishing applications. | |
| Ballotini® D | Potters Industries Inc. | Ballotini® D is a transparent, colorless, spherical glass microbead. This product has a US Sieve size of 50-70 and a particle diameter range of 212-300 microns. Ballotini® D is most commonly used in metal finishing applications. | |
| Ballotini® MIL 10 | Potters Industries Inc. | Ballotini® MIL 10 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 100-170 and a particle diameter range of 90-150 microns. Ballotini® MIL 10 is most commonly used in metal finishing application...Vea Mas Ballotini® MIL 10 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 100-170 and a particle diameter range of 90-150 microns. Ballotini® MIL 10 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 11 | Potters Industries Inc. | Ballotini® MIL 11 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 120-200 and a particle diameter range of 75-125 microns. Ballotini® MIL 11 is most commonly used in metal finishing application...Vea Mas Ballotini® MIL 11 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 120-200 and a particle diameter range of 75-125 microns. Ballotini® MIL 11 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 12 | Potters Industries Inc. | Ballotini® MIL 12 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 140-230 and a particle diameter range of 63-106 microns. Ballotini® MIL 12 is most commonly used in metal finishing application...Vea Mas Ballotini® MIL 12 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 140-230 and a particle diameter range of 63-106 microns. Ballotini® MIL 12 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 13 | Potters Industries Inc. | Ballotini® MIL 13 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 170-325 and a particle diameter range of 45-90 microns. Ballotini® MIL 13 is most commonly used in metal finishing applications...Vea Mas Ballotini® MIL 13 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 170-325 and a particle diameter range of 45-90 microns. Ballotini® MIL 13 is most commonly used in metal finishing applications. Vea Menos | |
| Ballotini® MIL 3 | Potters Industries Inc. | Ballotini® MIL 3 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 20-30 and a particle diameter range of 600-850 microns. Ballotini® MIL 3 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 4 | Potters Industries Inc. | Ballotini® MIL 4 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 30-40 and a particle diameter range of 425-600 microns. Ballotini® MIL 4 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 5 | Potters Industries Inc. | Ballotini® MIL 5 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 40-50 and a particle diameter range of 300-425 microns. Ballotini® MIL 5 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 6 | Potters Industries Inc. | Ballotini® MIL 6 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 50-70 and a particle diameter range of 212-300 microns. Ballotini® MIL 6 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 7 | Potters Industries Inc. | Ballotini® MIL 7 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 60-80 and a particle diameter range of 180-250 microns. Ballotini® MIL 7 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 8 | Potters Industries Inc. | Ballotini® MIL 8 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 70-100 and a particle diameter range of 150-212 microns. Ballotini® MIL 8 is most commonly used in metal finishing applications. | |
| Ballotini® MIL 9 | Potters Industries Inc. | Ballotini® MIL 9 is a military-grade, transparent, colorless, spherical glass microbead. This product has a US Sieve size of 80-120 and a particle diameter range of 125-180 microns. Ballotini® MIL 9 is most commonly used in metal finishing applications. | |
| Barifine® BF Series | Kowa American Corporation | Barifine® BF Series are inorganic encapsulated pigment particles which are highly transparent for use as functional extenders, for haze-free gloss and highly smooth films through hyper-filling effects, for maximizing optical brightness, and to control alu...Vea Mas Barifine® BF Series are inorganic encapsulated pigment particles which are highly transparent for use as functional extenders, for haze-free gloss and highly smooth films through hyper-filling effects, for maximizing optical brightness, and to control aluminum pigment orientation in metallic coatings. They find use in automotive, consumer electronics, printing inks and other markets. Vea Menos | Request Sample |
| Barifine® BF-1 | Kowa American Corporation | Barifine® BF-1 is a highly transparent, chemically inert ultrafine barium sulfate that is a part of KOWA's Barifine® Series. This product provides haze-free gloss and highly smooth film by its hyper filling effect for solvent-born paint. Barifine® encapsu...Vea Mas Barifine® BF-1 is a highly transparent, chemically inert ultrafine barium sulfate that is a part of KOWA's Barifine® Series. This product provides haze-free gloss and highly smooth film by its hyper filling effect for solvent-born paint. Barifine® encapsulated pigment particles maximize their original brightness. Some recommended uses of this product are automotive topcoat, automotive surfacer, appliance coatings, inks, and plastics. Vea Menos | Request Sample |
| Barifine® BF-10 | Kowa American Corporation | Barifine® BF-10 is a highly transparent, chemically inert ultrafine barium sulfate that is a part of KOWA's Barifine® Series. This product provides haze-free gloss and highly smooth film by its hyper filling effect for solvent-born paint. Barifine® encaps...Vea Mas Barifine® BF-10 is a highly transparent, chemically inert ultrafine barium sulfate that is a part of KOWA's Barifine® Series. This product provides haze-free gloss and highly smooth film by its hyper filling effect for solvent-born paint. Barifine® encapsulated pigment particles maximize their original brightness. Some recommended uses of this product are automotive topcoat, automotive surfacer, appliance coatings, inks, and plastics. Vea Menos | Request Sample |
| Barifine® BF-20 | Kowa American Corporation | Barifine® BF-20 (Barium sulfate) is a chemically stable substance with high heat, chemical & water resistance and increased weatherability. It is classified as a precipitated barium sulfate or a synthetic product and a ground barite obtained by pulverizi...Vea Mas Barifine® BF-20 (Barium sulfate) is a chemically stable substance with high heat, chemical & water resistance and increased weatherability. It is classified as a precipitated barium sulfate or a synthetic product and a ground barite obtained by pulverizing natural ores. It is used as a general extender pigment because of its relatively high specific gravity and low refractive index. Vea Menos | Request Sample |
| Barifine® BF-21 | Kowa American Corporation | Barifine® BF-21 is an excellent dispersion with superior transparency in water-born coatings due to surface treatment. This product shows improvement in the haze-free gloss and jetness of black paints; as well as in the haze-free gloss and saturation of o...Vea Mas Barifine® BF-21 is an excellent dispersion with superior transparency in water-born coatings due to surface treatment. This product shows improvement in the haze-free gloss and jetness of black paints; as well as in the haze-free gloss and saturation of organic color pigments. Some recommended uses of this product include automotive topcoat and automotive surfacer by water-born coatings. It is also used in water-born coatings and water-born inks. Vea Menos | Request Sample |
| Barifine® BF-25 | Kowa American Corporation | Barifine® BF-25 is an excellent dispersion with superior transparency in water-born coatings due to surface treatment. This product shows improvement in the haze-free gloss and jetness of black paints; as well as in the haze-free gloss and saturation of o...Vea Mas Barifine® BF-25 is an excellent dispersion with superior transparency in water-born coatings due to surface treatment. This product shows improvement in the haze-free gloss and jetness of black paints; as well as in the haze-free gloss and saturation of organic color pigments. Some recommended uses of this product include automotive topcoat and automotive surfacer by water-born coatings. It is also used in water-born coatings and water-born inks. Vea Menos | Request Sample |
| Barifine® BF-26 | Kowa American Corporation | Barifine® BF-26 is an excellent dispersion with superior transparency in water-born coatings due to surface treatment. This product shows improvement in the haze-free gloss and jetness of black paints; as well as in the haze-free gloss and saturation of o...Vea Mas Barifine® BF-26 is an excellent dispersion with superior transparency in water-born coatings due to surface treatment. This product shows improvement in the haze-free gloss and jetness of black paints; as well as in the haze-free gloss and saturation of organic color pigments. Some recommended uses of this product include automotive topcoat and automotive surfacer by water-born coatings. It is also used in water-born coatings and water-born inks. Vea Menos | Request Sample |
| Barifine® BF-40 | Kowa American Corporation | Barifine® BF-40 is a highly transparent, chemically inert, ultrafine barium sulfate that is a part of KOWA's Barifine® Series. This product provides haze-free gloss and highly smooth film by its hyper filling effect for solvent-born paint. Barifine® encap...Vea Mas Barifine® BF-40 is a highly transparent, chemically inert, ultrafine barium sulfate that is a part of KOWA's Barifine® Series. This product provides haze-free gloss and highly smooth film by its hyper filling effect for solvent-born paint. Barifine® encapsulated pigment particles maximize their original brightness. Some recommended uses of this product are automotive topcoat, automotive surfacer, appliance coatings, inks, and plastics. Vea Menos | Request Sample |
| Bariflor® 8010 | Minerals Girona S.A. | Bariflor® 8010 tiene un corte superior a 10 micras. Se trata de un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. | |
| Bariflor® 8015 | Minerals Girona S.A. | Bariflor® 8015 es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Tiene una absorción de aceite (DOP) de 14 g/100 g y una den...Vea Mas Bariflor® 8015 es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Tiene una absorción de aceite (DOP) de 14 g/100 g y una densidad de 4'35 g/cm³. Vea Menos | |
| Bariflor® 8025 | Minerals Girona S.A. | Bariflor® 8025 es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Tiene una absorción de aceite (DOP) de 13 g/100 g y una den...Vea Mas Bariflor® 8025 es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Tiene una absorción de aceite (DOP) de 13 g/100 g y una densidad de 4'35 g/cm³. Vea Menos | |
| Bariflor® 8040 | Minerals Girona S.A. | Bariflor® 8040 tiene una absorción de aceite (DOP) de 12 g/100 g y una densidad de 4'35 g/cm³. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y a...Vea Mas Bariflor® 8040 tiene una absorción de aceite (DOP) de 12 g/100 g y una densidad de 4'35 g/cm³. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8060 | Minerals Girona S.A. | Bariflor® 8060 tiene una absorción de aceite (DOP) de 11 g/100 g y una densidad de 4'35 g/cm³. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y a...Vea Mas Bariflor® 8060 tiene una absorción de aceite (DOP) de 11 g/100 g y una densidad de 4'35 g/cm³. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8080 | Minerals Girona S.A. | Bariflor® 8080 tiene una absorción de aceite (DOP) de 10 g/100 g y un corte superior de 80 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos...Vea Mas Bariflor® 8080 tiene una absorción de aceite (DOP) de 10 g/100 g y un corte superior de 80 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8410 | Minerals Girona S.A. | Bariflor® 8410 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos...Vea Mas Bariflor® 8410 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 10 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8415 | Minerals Girona S.A. | Bariflor® 8415 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 20 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos...Vea Mas Bariflor® 8415 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 20 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8425 | Minerals Girona S.A. | Bariflor® 8425 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos...Vea Mas Bariflor® 8425 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8440 | Minerals Girona S.A. | Bariflor® 8440 tiene una absorción de aceite (DOP) de 11 g/100 g y un corte superior de 40 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos...Vea Mas Bariflor® 8440 tiene una absorción de aceite (DOP) de 11 g/100 g y un corte superior de 40 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8460 | Minerals Girona S.A. | Bariflor® 8460 tiene una absorción de aceite (DOP) de 10 g/100 g y un corte superior de 60 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos...Vea Mas Bariflor® 8460 tiene una absorción de aceite (DOP) de 10 g/100 g y un corte superior de 60 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Bariflor® 8480 | Minerals Girona S.A. | Bariflor® 8480 tiene una absorción de aceite (DOP) de 9 g/100 g y un corte superior de 80 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos ...Vea Mas Bariflor® 8480 tiene una absorción de aceite (DOP) de 9 g/100 g y un corte superior de 80 micras. Es un sulfato de bario (barita) de alta pureza para usar en sistemas que no requieren un alto grado de brillo pero que exigen inercia y resistencia a ácidos y agentes atmosféricos. Vea Menos | |
| Barinit® 7025 | Minerals Girona S.A. | Bariflor® 7025 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (barita) de buena calidad para usar en sistemas que no requieren un alto grado de brillo. Su elevado peso específico y resistencia a ...Vea Mas Bariflor® 7025 tiene una absorción de aceite (DOP) de 14 g/100 g y un corte superior de 30 micras. Es un sulfato de bario (barita) de buena calidad para usar en sistemas que no requieren un alto grado de brillo. Su elevado peso específico y resistencia a ácidos y agentes atmosféricos lo hace adecuado para la producción industrial de adhesivos, masillas y productos de protección acústica y resistentes a la fricción. Vea Menos | |
| Barinit® 7040 | Minerals Girona S.A. | Bariflor® 7040 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 40 micras. Es un sulfato de bario (barita) de buena calidad para usar en sistemas que no requieren un alto grado de brillo. Su elevado peso específico y resistencia a ...Vea Mas Bariflor® 7040 tiene una absorción de aceite (DOP) de 13 g/100 g y un corte superior de 40 micras. Es un sulfato de bario (barita) de buena calidad para usar en sistemas que no requieren un alto grado de brillo. Su elevado peso específico y resistencia a ácidos y agentes atmosféricos lo hace adecuado para la producción industrial de adhesivos, masillas y productos de protección acústica y resistentes a la fricción. Vea Menos | |
| Barinit® 7060 | Minerals Girona S.A. | Bariflor® 7025 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 60 micras. Es un sulfato de bario (barita) de buena calidad para usar en sistemas que no requieren un alto grado de brillo. Su elevado peso específico y resistencia a ...Vea Mas Bariflor® 7025 tiene una absorción de aceite (DOP) de 12 g/100 g y un corte superior de 60 micras. Es un sulfato de bario (barita) de buena calidad para usar en sistemas que no requieren un alto grado de brillo. Su elevado peso específico y resistencia a ácidos y agentes atmosféricos lo hace adecuado para la producción industrial de adhesivos, masillas y productos de protección acústica y resistentes a la fricción. Vea Menos |
