| Spheriglass® A-Glass 1922 | Potters Industries Inc. | Spheriglass® A-Glass 1922 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 150-250 microns and a US mesh size of 60-100. Spheriglass® A-Glass 1922 is most commonly used as an additive in thermoplastic and ther...view more Spheriglass® A-Glass 1922 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 150-250 microns and a US mesh size of 60-100. Spheriglass® A-Glass 1922 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. view less | |
| Spheriglass® A-Glass 2024 | Potters Industries Inc. | Spheriglass® A-Glass 2024 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 106-212 microns and a US mesh size of 70-140. Spheriglass® A-Glass 2024 is most commonly used as an additive in thermoplastic and ther...view more Spheriglass® A-Glass 2024 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 106-212 microns and a US mesh size of 70-140. Spheriglass® A-Glass 2024 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. view less | |
| Spheriglass® A-Glass 2429 | Potters Industries Inc. | Spheriglass® A-Glass 2429 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 53-106 microns and a US mesh size of 140-270. Spheriglass® A-Glass 2429 is most commonly used as an additive in thermoplastic and ther...view more Spheriglass® A-Glass 2429 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 53-106 microns and a US mesh size of 140-270. Spheriglass® A-Glass 2429 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. view less | |
| Spheriglass® A-Glass 2530 | Potters Industries Inc. | Spheriglass® A-Glass 2530 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 45-90 microns and a US mesh size of 170-325. Spheriglass® A-Glass 2530 is most commonly used as an additive in thermoplastic and therm...view more Spheriglass® A-Glass 2530 is a solid, clear, soda-lime glass in a microbead form. This product has a diameter range of 45-90 microns and a US mesh size of 170-325. Spheriglass® A-Glass 2530 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. view less | |
| Spheriglass® A-Glass 3000 | Potters Industries Inc. | Spheriglass® A-Glass 3000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® A-Glass 3000 is most commonly used as an additive in thermoplastic and ...view more Spheriglass® A-Glass 3000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® A-Glass 3000 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. view less | |
| Spheriglass® A-Glass 5000 | Potters Industries Inc. | Spheriglass® A-Glass 5000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 7-10 microns. Spheriglass® A-Glass 5000 is most commonly used as an additive in thermoplastic and thermosetting adhesive form...view more Spheriglass® A-Glass 5000 is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 7-10 microns. Spheriglass® A-Glass 5000 is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. view less | |
| Spheriglass® E-Glass 3000E | Potters Industries Inc. | Spheriglass® E-Glass 3000E is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® E-Glass 3000E is most commonly used as an additive in thermoplastic an...view more Spheriglass® E-Glass 3000E is a solid, clear, soda-lime glass in a microbead form. This product has an average diameter range of 30-50 microns and a US mesh size of 325. Spheriglass® E-Glass 3000E is most commonly used as an additive in thermoplastic and thermosetting adhesive formulation applications. view less | |
| 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® 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® 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® 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® 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® 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® 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. | |
| 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...view more 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. view less | |
| 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...view more 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. view less | |
| 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...view more 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. view less | |
| 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...view more 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. view less | |
| Sphericel® 110P8 | Potters Industries Inc. | Sphericel® 110P8 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.49 g/cc and a maximum working pressure of 10,000 psi. Sphericel® 110P8 is most commonly used to increase thermal and acousti...view more Sphericel® 110P8 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.49 g/cc and a maximum working pressure of 10,000 psi. Sphericel® 110P8 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. view less | |
| Sphericel® 60P18 | Potters Industries Inc. | Sphericel® 60P18 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.32 g/cc and a maximum working pressure of 8,000 psi. Sphericel® 60P18 is most commonly used to increase thermal and acoustic...view more Sphericel® 60P18 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.32 g/cc and a maximum working pressure of 8,000 psi. Sphericel® 60P18 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. view less | |
| Sphericel® 45P25 | Potters Industries Inc. | Sphericel® 45P25 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.26 g/cc and a maximum working pressure of 4,000 psi. Sphericel® 45P25 is most commonly used to increase thermal and acoustic...view more Sphericel® 45P25 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.26 g/cc and a maximum working pressure of 4,000 psi. Sphericel® 45P25 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. view less | |
| Sphericel® 34P30 | Potters Industries Inc. | Sphericel® 34P30 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.22 g/cc and a maximum working pressure of 3,000 psi. Sphericel® 34P30 is most commonly used to increase thermal and acoustic...view more Sphericel® 34P30 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.22 g/cc and a maximum working pressure of 3,000 psi. Sphericel® 34P30 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. view less | |
| Sphericel® 25P45 | Potters Industries Inc. | Sphericel® 25P45 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.14 g/cc and a maximum working pressure of 750 psi. Sphericel® 25P45 is most commonly used to increase thermal and acoustic i...view more Sphericel® 25P45 is a white-colored, fused borosilicate glass in a hollow microsphere form. This product has a bulk density of 0.14 g/cc and a maximum working pressure of 750 psi. Sphericel® 25P45 is most commonly used to increase thermal and acoustic insulation in autobody sealant and coating applications. view less | |
| Q-Cel® 300 | Potters Industries Inc. | Q-Cel® 300 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.12 g/cc and an average particle size of 90 microns. Q-Cel® 300 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6014 | Potters Industries Inc. | Q-Cel® 6014 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.08 g/cc and an average particle size of 85 microns. Q-Cel® 6014 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6019 | Potters Industries Inc. | Q-Cel® 6019 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 75 microns. Q-Cel® 6019 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6019S | Potters Industries Inc. | Q-Cel® 6019S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 70 microns. Q-Cel® 6019S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6028 | Potters Industries Inc. | Q-Cel® 6028 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.16 g/cc and an average particle size of 70 microns. Q-Cel® 6028 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6036 | Potters Industries Inc. | Q-Cel® 6036 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.21 g/cc and an average particle size of 60 microns. Q-Cel® 6036 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6042S | Potters Industries Inc. | Q-Cel® 6042S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.26 g/cc and an average particle size of 50 microns. Q-Cel® 6042S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 6048 | Potters Industries Inc. | Q-Cel® 6048 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.27 g/cc and an average particle size of 50 microns. Q-Cel® 6048 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 5019 | Potters Industries Inc. | Q-Cel® 5019 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 72 microns. Q-Cel® 5019 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 5032S | Potters Industries Inc. | Q-Cel® 5032S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.20 g/cc and an average particle size of 63 microns. Q-Cel® 5032S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7019 | Potters Industries Inc. | Q-Cel® 7019 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.11 g/cc and an average particle size of 80 microns. Q-Cel® 7019 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7023S | Potters Industries Inc. | Q-Cel® 7023S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.13 g/cc and an average particle size of 85 microns. Q-Cel® 7023S is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7028 | Potters Industries Inc. | Q-Cel® 7028 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.16 g/cc and an average particle size of 75 microns. Q-Cel® 7028 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7036 | Potters Industries Inc. | Q-Cel® 7036 is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.21 g/cc and an average particle size of 63 microns. Q-Cel® 7036 is most commonly used to reduce density in automotive underbody coating applications. | |
| Q-Cel® 7040S | Potters Industries Inc. | Q-Cel® 7040S is a hollow, engineered glass microsphere. This product has a tamped bulk density of 0.26 g/cc and an average particle size of 54 microns. Q-Cel® 7040S is most commonly used to reduce density in automotive underbody coating applications. | |
| Talkron® CLASSIC | Provencale S.A. | Talkron® CLASSIC, in the form of a white powder, is a mix of talc and chlorite that has a lamellar structure. This product can be used in industrial, anti-corrosion, and decorative paints. It is indicated for systems where a low level of whiteness is re...view more Talkron® CLASSIC, in the form of a white powder, is a mix of talc and chlorite that has a lamellar structure. This product can be used in industrial, anti-corrosion, and decorative paints. It is indicated for systems where a low level of whiteness is required, and its properties allow the user to regulate and adjust the gloss levels when required. view less | |
| Talkron® NATUR | Provencale S.A. | Talkron® NATUR, in the form of a white powder, is a talc of high purity that has a lamellar structure and good whiteness. This product can be used in decorative and industrial paints and in plastics. Its platy particles create a barrier effect in interi...view more Talkron® NATUR, in the form of a white powder, is a talc of high purity that has a lamellar structure and good whiteness. This product can be used in decorative and industrial paints and in plastics. Its platy particles create a barrier effect in interior or exterior coatings. view less | |
| Talkron® ZERO | Provencale S.A. | Talkron® ZERO, in the form of a white powder, is a high-purity talc with a lamellar structure and a good grade of whiteness. This product can be used in high-solids coatings. It is a de-dusted talc with low oil absorption and low surface area. It has a...view more Talkron® ZERO, in the form of a white powder, is a high-purity talc with a lamellar structure and a good grade of whiteness. This product can be used in high-solids coatings. It is a de-dusted talc with low oil absorption and low surface area. It has anti-corrosive, hydrophobic, and weather-resistant characteristics. view less | |
| Talkron® PURE | Provencale S.A. | Talkron® PURE, in the form of a white powder, is a high-purity talc with good whiteness. This product can be used in hydrophobic indoor and outdoor coatings. It confers dry-hiding properties and can act as a partial replacement for titanium dioxide. | |
| Talkron® STYL | Provencale S.A. | Talkron® STYL, in the form of a white powder, is a blend of talc, calcium carbonate, and magnesium. This product has a mostly lamellar structure, and can be used in water-based coatings. Its different particle sizes allow the user to regulate and adjust...view more Talkron® STYL, in the form of a white powder, is a blend of talc, calcium carbonate, and magnesium. This product has a mostly lamellar structure, and can be used in water-based coatings. Its different particle sizes allow the user to regulate and adjust the gloss and whiteness of the end product. view less | |
| TALCRON® MP 10-52 | Specialty Minerals | TALCRON® MP 10-52 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 1 micron and an oil absorption of 55. TALCRON® MP 10-52 is used in paint, coatings, adhesives, and sea...view more TALCRON® MP 10-52 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 1 micron and an oil absorption of 55. TALCRON® MP 10-52 is used in paint, coatings, adhesives, and sealants. view less | |
| TALCRON® MP 12-50 | Specialty Minerals | TALCRON® MP 12-50 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 1.2 microns and an oil absorption of 53. TALCRON® MP 12-50 is used in paint, coatings, adhesives, and ...view more TALCRON® MP 12-50 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 1.2 microns and an oil absorption of 53. TALCRON® MP 12-50 is used in paint, coatings, adhesives, and sealants. view less | |
| TALCRON® MP 15-38 | Specialty Minerals | TALCRON® MP 15-38 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 2 microns and an oil absorption of 42. TALCRON® MP 15-38 is used in paint, coatings, adhesives, and se...view more TALCRON® MP 15-38 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 2 microns and an oil absorption of 42. TALCRON® MP 15-38 is used in paint, coatings, adhesives, and sealants. view less | |
| TALCRON® MP 30-36 | Specialty Minerals | TALCRON® MP 30-36 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 3 microns and an oil absorption of 34. TALCRON® MP 30-36 is used in paint, coatings, adhesives, and se...view more TALCRON® MP 30-36 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 3 microns and an oil absorption of 34. TALCRON® MP 30-36 is used in paint, coatings, adhesives, and sealants. view less | |
| TALCRON® MP 40-27 | Specialty Minerals | TALCRON® MP 40-27 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 4 microns and an oil absorption of 30. TALCRON® MP 40-27 is used in paint, coatings, adhesives, and se...view more TALCRON® MP 40-27 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 4 microns and an oil absorption of 30. TALCRON® MP 40-27 is used in paint, coatings, adhesives, and sealants. view less | |
| TALCRON® MP 44-26 | Specialty Minerals | TALCRON® MP 44-26 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 5 microns and an oil absorption of 28. TALCRON® MP 44-26 is used in paint, coatings, adhesives, and se...view more TALCRON® MP 44-26 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 5 microns and an oil absorption of 28. TALCRON® MP 44-26 is used in paint, coatings, adhesives, and sealants. view less | |
| TALCRON® MP 45-26 | Specialty Minerals | TALCRON® MP 45-26 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 8 microns and an oil absorption of 26. TALCRON® MP 45-26 is used in paint, coatings, adhesives, and se...view more TALCRON® MP 45-26 is a talc product which improves stiffness and impact resistance in polymer applications. This product has an average particle size of 8 microns and an oil absorption of 26. TALCRON® MP 45-26 is used in paint, coatings, adhesives, and sealants. view less | |
| Tytan AQZ30 (Zirconate Crosslinker) | Borica Co., Ltd. | Tytan AQZ30 has the ability to work as adhesion promoter and crosslinking agent. This product is recommended for water-borne and solvent-borne inks. | |
| Tytan S6 (Titanate Silicone Crosslinking Agent) | Borica Co., Ltd. | Tytan S6 is used commonly as an important additive in moisture curing room temperature vulcanizable (RTV) silicone sealant. It is also used as a catalyst for silane and silicone crosslinking, as well as moisture scavenging for sealants. It can also increa...view more Tytan S6 is used commonly as an important additive in moisture curing room temperature vulcanizable (RTV) silicone sealant. It is also used as a catalyst for silane and silicone crosslinking, as well as moisture scavenging for sealants. It can also increase the curing rate of silicone base ink. view less | |
| Tytan X85 (Titanate Crosslinker) | Borica Co., Ltd. | Tytan X85 is used as a cross linking agent for hydroxylic compounds. It is also used as a component of heat and corrosion resistant paints. | |
| Tytan PBT (Titanate Crosslinker) | Borica Co., Ltd. | Tytan PBT is largely used in formulating heat and corrosion resistant paints. It can be used with zinc or alumina pigments to formulate paints suitable for application by brush or spray. It can also be used to formulate air-drying paint with silicone resi...view more Tytan PBT is largely used in formulating heat and corrosion resistant paints. It can be used with zinc or alumina pigments to formulate paints suitable for application by brush or spray. It can also be used to formulate air-drying paint with silicone resins. Paint containing Tytan PBT is moisture sensitive during manufacture and storage. The film dries through hydrolysis of PBT to a thin layer of Ti-O-Si and then bond to the substrate. Once the film dries, it can stand up to 600 oC. view less | |
| Tytan S2 (Titanate Silicone Crosslinking Agent) | Borica Co., Ltd. | Tytan S2 is used commonly as important additives in moisture curing room temperature vulcanizable (RTV) silicone sealant, catalyst for silane and silicone cross linking as well as moisture scavenger for sealant. It can also increase the curing rate of sil...view more Tytan S2 is used commonly as important additives in moisture curing room temperature vulcanizable (RTV) silicone sealant, catalyst for silane and silicone cross linking as well as moisture scavenger for sealant. It can also increase the curing rate of silicone base ink. view less | |
| Tytan S22 (Titanate Silicone Crosslinking Agent) | Borica Co., Ltd. | Tytan S22 is commonly used as an important additive in moisture curing room temperature vulcanizable (RTV) silicone sealant, as a catalyst for silane and silicone cross linking, and as a moisture scavenger for sealants. It can also increase the curing rat...view more Tytan S22 is commonly used as an important additive in moisture curing room temperature vulcanizable (RTV) silicone sealant, as a catalyst for silane and silicone cross linking, and as a moisture scavenger for sealants. It can also increase the curing rate of silicone base ink. view less | |
| Pansil UltraSpheres™ 8000 | Tolsa SA | Pansil UltraSpheres™ 8000 consists of ceramic microspheres. They are used as additives and fillers and paints, coatings, mastics, and other construction materials. It can be used in polymer concrete, epoxy flooring, textured coatings, and friction mater...view more Pansil UltraSpheres™ 8000 consists of ceramic microspheres. They are used as additives and fillers and paints, coatings, mastics, and other construction materials. It can be used in polymer concrete, epoxy flooring, textured coatings, and friction materials. view less | |
| Microsil 325 | Tolsa SA | Microsil 325 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size. It can be ...view more Microsil 325 consists of inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size. It can be used in synthetic marble and polymeric mortars, asphalt emulsions, resin based waterproofing coatings, friction materials, textural paints, putties, and mastics. view less | |
| Microsil 325S | Tolsa SA | Microsil 325 consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size or in a...view more Microsil 325 consists of coated inert microspheres obtained by thermal treatment at high temperatures, which creates a hard glass crust around a hollow space filled by air. It was designed to be used in applications requiring a small particle size or in applications where a lower viscosity or smaller absorption is required. It can be used in synthetic marble and polymeric mortars, asphalt emulsions, resin based waterproofing coatings, friction materials, textural paints, putties, and mastics. view less | |
| Tetrabutyl Titanate | Anhui Taichang Chemical Co., Ltd. | Tetrabutyl Titanate is a chemical intermediate. This product appears as a pale yellow, oily liquid that can be used as a heat resistant additive in coatings and adhesives. It can be used as a crosslinking agent and condensation reaction catalyst. | |
| Prizmalite P2011SL | Prizmalite Industries Inc. | Prizmalite P2011SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 3 to 6 microns. Prizmalite P2011SL can be used in solvent and water-based paint applications. | |
| Prizmalite P2050SL | Prizmalite Industries Inc. | Prizmalite P2050SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 35 to 45 microns. Prizmalite P2050SL can be used in textile and vinyl coatings, solvent and water-based coating...view more Prizmalite P2050SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 35 to 45 microns. Prizmalite P2050SL can be used in textile and vinyl coatings, solvent and water-based coatings, and tactile coatings. view less | |
| Prizmalite P2075SL | Prizmalite Industries Inc. | Prizmalite P2075SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 65 to 75 microns. Prizmalite P2075SL can be used in textile and vinyl coatings, solvent and water-based coating...view more Prizmalite P2075SL are solid soda lime glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 65 to 75 microns. Prizmalite P2075SL can be used in textile and vinyl coatings, solvent and water-based coatings, and tactile coatings. view less | |
| Prizmalite P2453BTA | Prizmalite Industries Inc. | Prizmalite P2453BTA are hemispherically aluminum coated barium titanate glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 40 to 50 microns. Prizmalite P2453BTA can be used in textile and vinyl coating...view more Prizmalite P2453BTA are hemispherically aluminum coated barium titanate glass microspheres. It is a fully inorganic product produced in a furnace and has an average diameter of 40 to 50 microns. Prizmalite P2453BTA can be used in textile and vinyl coatings, solvent and water-based coatings, reflective plastisol inks, tactile coatings, and reflective powder coatings. view less | |
| Fillite Standard Grades | Tolsa SA | Fillite Standard Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weight of plastics, rubbers, resins, and cement. It can be used in PVC flooring, brake linings, phenolics and epoxies, cast polyesters, wallboar...view more Fillite Standard Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weight of plastics, rubbers, resins, and cement. It can be used in PVC flooring, brake linings, phenolics and epoxies, cast polyesters, wallboard joint compounds, oil well cement, and tile adhesives. view less | |
| Fillite White / High-Alumina Grades | Tolsa SA | Fillite White / High Alumina Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weights fo plastics, rubbers, resins, and cement. It can be used for gypsum board jointing compounds, veneering plasters, stuccos, s...view more Fillite White / High Alumina Grades consists of glass hard, inert, hollow silicate spheres. It is designed to reduce the weights fo plastics, rubbers, resins, and cement. It can be used for gypsum board jointing compounds, veneering plasters, stuccos, sealants, coatings, cast resins, refractories, foundry applications, or high temperatures resistant coatings. view less | |
| Chrome Alum Crystal | McGean-Rohco, Inc. | Chrome Alum Crystal is used in leather tanning, textile dyes, photography, ceramics, and as a cross linking agent in organic compounds. Chrome Alum Crystal is a precipitated product with lower chrome content and more waters of hydration than McGean’s Chro...view more Chrome Alum Crystal is used in leather tanning, textile dyes, photography, ceramics, and as a cross linking agent in organic compounds. Chrome Alum Crystal is a precipitated product with lower chrome content and more waters of hydration than McGean’s Chrome Alum Powder. view less | |
| Luna-mer B-68 | DKSH | Luna-mer B-68 is a crosslinkable matting agent for epoxy and epoxy/polyester hybrid powder coatings, which provides consistent gloss when cured at 180°C minimum. This product is available in Europe, Asia and North America. | Request Sample |
| Orgatix® ZC-126 | GSI Exim America, Inc. | Orgatix® ZC-126 is a proprietary Titanium and Ziruconium compound used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries....view more Orgatix® ZC-126 is a proprietary Titanium and Ziruconium compound used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgatix® starts crosslinking on the boundary of 120-140℃（trigger temperature) and below the temperature of the trigger, high stability is maintained with no rise in viscosity. view less | |
| Orgatix® TC-310 | GSI Exim America, Inc. | Orgatix® TC-310 is a Titanium lactate product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgatix® starts cro...view more Orgatix® TC-310 is a Titanium lactate product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgatix® starts crosslinking on the boundary of 120-140℃（trigger temperature) and below the temperature of the trigger, high stability is maintained with no rise in viscosity. view less | |
| Orgatix® TC-315 | GSI Exim America, Inc. | Orgatix® TC-315 is a non-flammable Titanium lactate product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgat...view more Orgatix® TC-315 is a non-flammable Titanium lactate product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgatix® starts crosslinking on the boundary of 120-140℃（trigger temperature) and below the temperature of the trigger, high stability is maintained with no rise in viscosity. view less | |
| Orgatix® TC-300 | GSI Exim America, Inc. | Orgatix® TC-300 is a Titanium lactate diammonium salt product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Org...view more Orgatix® TC-300 is a Titanium lactate diammonium salt product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgatix® starts crosslinking on the boundary of 120-140℃（trigger temperature) and below the temperature of the trigger, high stability is maintained with no rise in viscosity. view less | |
| Orgatix® TC-400 | GSI Exim America, Inc. | Orgatix® TC-400 is a Titanium triethanolaminate product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgatix® ...view more Orgatix® TC-400 is a Titanium triethanolaminate product used as a cross-linking agent for polyvinyl alcohol. It is highly reactive with active Hydrogen like Hydroxyl groups and Carboxyl groups in coatings, printing inks and adhesives industries. Orgatix® starts crosslinking on the boundary of 120-140℃（trigger temperature) and below the temperature of the trigger, high stability is maintained with no rise in viscosity. view less | |
| CYMEL® 651E | Allnex | CYMEL 651E resin is a partially n-butylated melamine crosslinker supplied at 60% solids in a mixture of n-butanol and xylene. | Request Sample |
| CYMEL® 659E | Allnex | CYMEL 659E resin is a partially n-butylated benzoguanamine resin. | Request Sample |
| CARBODILITE™ V-04 | GSI Exim America, Inc. | CARBODILITE™ V-04 is a crosslinking agent that is flexible and exhibits good adhesion. This grade has a pH of 6-9, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch re...view more CARBODILITE™ V-04 is a crosslinking agent that is flexible and exhibits good adhesion. This grade has a pH of 6-9, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. The V-series is a waterborne polycarbodiimide resin that contains a carbodiimide [─N═C═N─] group with a hydrophilic segment. V-series is a multifunctional crosslinker that reacts with active hydrogen compounds. Properties such as hydrolysis stability, adhesion, water, and chemical resistance are improved. view less | |
| CARBODILITE™ V-02-L2 | GSI Exim America, Inc. | CARBODILITE™ V-02-L2 is a crosslinking agent that is characterized by its higher functionality. This grade has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/...view more CARBODILITE™ V-02-L2 is a crosslinking agent that is characterized by its higher functionality. This grade has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. The V-series is a waterborne polycarbodiimide resin that contains a carbodiimide [─N═C═N─] group with a hydrophilic segment. V-series is a multifunctional crosslinker that reacts with active hydrogen compounds. view less | |
| CARBODILITE V-02B | GSI Exim America, Inc. | CARBODILITE V-02B is a multifunctional polycarbodiimide. This crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. Carbodi...view more CARBODILITE V-02B is a multifunctional polycarbodiimide. This crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. Carbodilite Waterborne V-series is a waterborne polycarbodiimide resin that contains a carbodiimide [─N═C═N─] group with a hydrophilic segment. This product is a clear pale yellow viscous liquid. view less | |
| CARBODILITE™ V-02 | GSI Exim America, Inc. | CARBODILITE™ V-02 is a standard grade crosslinking agent. This grade has a pH of 9-12, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne ure...view more CARBODILITE™ V-02 is a standard grade crosslinking agent. This grade has a pH of 9-12, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. The V-series is a waterborne polycarbodiimide resin that contains a carbodiimide [─N═C═N─] group with a hydrophilic segment. V-series is a multifunctional crosslinker that reacts with active hydrogen compounds. view less | |
| CARBODILITE™ E-02 | GSI Exim America, Inc. | CARBODILITE™ E-02 is a crosslinking agent characterized by its longer pot-life. It has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with ...view more CARBODILITE™ E-02 is a crosslinking agent characterized by its longer pot-life. It has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. Carbodilite E-series is a polycarbodiimide based waterborne emulsion that contains a carbodiimide [─N═C═N─] group. view less | |
| CARBODILITE™ E-03A | GSI Exim America, Inc. | CARBODILITE™ E-03A is a crosslinking agent with a higher functionality. This grade has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with ...view more CARBODILITE™ E-03A is a crosslinking agent with a higher functionality. This grade has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. Carbodilite E-series is a polycarbodiimide based waterborne emulsion that contains a carbodiimide [─N═C═N─] group. view less | |
| CARBODILITE™ SV-02 | GSI Exim America, Inc. | CARBODILITE™ SV-02 is a crosslinking agent characterized by its higher functionality and curing at lower temperatures. This grade has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion,...view more CARBODILITE™ SV-02 is a crosslinking agent characterized by its higher functionality and curing at lower temperatures. This grade has a pH of 8-11, and it crosslinks strongly with waterborne resins to boost chemical/water resistance. It improves adhesion, hardness and abrasion/scratch resistance with waterborne urethane or acrylic resins. view less | |
| ADDITOL® VXW 6252 | Allnex | ADDITOL® VXW 6252 is a curing component for cathodic precipitable acrylate binders. | Request Sample |
| ADDITOL® VXW 6385 | Allnex | ADDITOL® VXW 6385 is a curing component for cathodic precipitable acrylate binders. It serves as a cross-linking component for acrylate binders for the production of dark colored as well as white or bright colored electro dipping paints by means of a tin ...view more ADDITOL® VXW 6385 is a curing component for cathodic precipitable acrylate binders. It serves as a cross-linking component for acrylate binders for the production of dark colored as well as white or bright colored electro dipping paints by means of a tin catalysis. view less | Request Sample |
| CYMEL® U-663 | Allnex | CYMEL® U-663 is a partially isobutylated urea formaldehyde cross-linking agent with a medium degree of alkylation, a medium methylol content, a rather low imino functionality, a medium molecular weight, a medium high reactivity and a medium high viscosity...view more CYMEL® U-663 is a partially isobutylated urea formaldehyde cross-linking agent with a medium degree of alkylation, a medium methylol content, a rather low imino functionality, a medium molecular weight, a medium high reactivity and a medium high viscosity. It is very suitable for acid curing wood coating applications, where low formaldehyde emission and high film gloss is required. view less | Request Sample |
| CYMEL® U-65 | Allnex | CYMEL® U-65 resin is a high solids, methylated urea resin designed for use in both water and solvent-borne systems as a crosslinking agent for a variety of polymers that contain hydroxyl functionality. | Request Sample |
| VESTAGON® BF 1320 | Evonik Operations GmbH, BL Crosslinkers | VESTAGON® BF 1320 is a polyisocyanate adduct used in combination with hydroxy functional resins. Because of an internal blocking mechanism, the product retains its processing stability up to the splitting temperature of approximately 160°C. The crosslinke...view more VESTAGON® BF 1320 is a polyisocyanate adduct used in combination with hydroxy functional resins. Because of an internal blocking mechanism, the product retains its processing stability up to the splitting temperature of approximately 160°C. The crosslinker is delivered in the form of fine granules. view less | Request Sample |
| CARBODILITE™ SW-12 G | GSI Exim America, Inc. | CARBODILITE™ SW-12 G is a multifunctional carbodiimide based crosslinking agent which provides higher crosslinking performance over conventional carbodiimides. This grade offers shorter curing time at lower and ambient temperatures. It contains carbodiimi...view more CARBODILITE™ SW-12 G is a multifunctional carbodiimide based crosslinking agent which provides higher crosslinking performance over conventional carbodiimides. This grade offers shorter curing time at lower and ambient temperatures. It contains carbodiimide 【─N＝C＝N─】, which reacts with carboxyl group. Product properties such as water resistance, chemical resistance and adhesion will be improved. CARBODILITE™ SW-12 G is a clear pale yellow liquid with 470 ※3 Carbodiimide Equivalent wt.※2. view less |
