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KOMERATE S110 Green Chemical Co., Ltd. KOMERATE S110 is colloidal silica dispersed mono-functional acrylate monomer. Silica consists of surface-modified, synthetic SiO2-spheres of very small size (20 ~ 30nm) and narrow particle size distribution.
KOMERATE S121 Green Chemical Co., Ltd. KOMERATE S121 is colloidal silica dispersed di-functional acrylate monomer. Silica consists of surface-modified, synthetic SiO2-spheres of very small size (20 ~ 30nm) and narrow particle size distribution.
KOMERATE S122 Green Chemical Co., Ltd. KOMERATE S122 is colloidal silica dispersed di-functional acrylate monomer. Silica consists of surface-modified, synthetic SiO2-spheres of very small size (20 ~ 30nm) and narrow particle size distribution.
KOMERATE S130 Green Chemical Co., Ltd. KOMERATE S130 is colloidal silica dispersed tri-functional acrylate monomer. Silica consists of surface-modified, synthetic SiO2-spheres of very small size (20 ~ 30nm) and narrow particle size distribution.
KOMERATE S131 Green Chemical Co., Ltd. KOMERATE S131 is colloidal silica dispersed tri-functional acrylate monomer. Silica consists of surface-modified, synthetic SiO2-spheres of very small size (20 ~ 30nm) and narrow particle size distribution.
KOMERATE S132 Green Chemical Co., Ltd. KOMERATE S132 is colloidal silica dispersed tri-functional acrylate monomer • Silica consists of surface-modified, synthetic SiO2-spheres of very small size (20 ~ 30nm) and narrow particle size distribution.
Dynasylan® MEMO Evonik Operations GmbH, BL Silanes Dynasylan® MEMO is a methacrylfunctional silane that can be used as adhesion promoter, surface modifier, co-monomer for polymer synthesis and crosslinker. Dynasylan® MEMO is a clear, colorless liquid. It is soluble in alcohols, and aliphatic or aromatic h...view more Dynasylan® MEMO is a methacrylfunctional silane that can be used as adhesion promoter, surface modifier, co-monomer for polymer synthesis and crosslinker. Dynasylan® MEMO is a clear, colorless liquid. It is soluble in alcohols, and aliphatic or aromatic hydrocarbons. view less
Silmer®ACR D2 Siltech Corp. Silmer®ACR D2 is a reactive multi-functional silicone acrylate pre-polymer. It is also used to modify acrylate polymers to improve its surface and physical properties. Silmer®ACR D2 is used in UV cured coatings systems.
Silmer®ACR D208 Siltech Corp. Silmer®ACR D208 is a water-soluble multi-functional silicone acrylate pre-polymer. It has a specific gravity of 1.07 and a viscosity of 300 - 1000. Silmer®ACR D208 is used as an additive in UV curing systems as well as to modify acrylate polymers to improve surface...view more Silmer®ACR D208 is a water-soluble multi-functional silicone acrylate pre-polymer. It has a specific gravity of 1.07 and a viscosity of 300 - 1000. Silmer®ACR D208 is used as an additive in UV curing systems as well as to modify acrylate polymers to improve surface and physical properties. view less
Silmer®ACR Di-10 Siltech Corp. Silmer®ACR Di-10 is a 100% active silicone acrylate pre-polymer. It has a specific gravity of .96 and a viscosity of 20 - 70. Silmer®ACR Di-10 is used as an additive in UV curing systems as well as to modify acrylate polymers to improve surface and physic...view more Silmer®ACR Di-10 is a 100% active silicone acrylate pre-polymer. It has a specific gravity of .96 and a viscosity of 20 - 70. Silmer®ACR Di-10 is used as an additive in UV curing systems as well as to modify acrylate polymers to improve surface and physical properties. view less
Silmer®ACR Di-1508 Siltech Corp. Silmer®ACR Di-1508 is a water-dispersable di-functional silicone acrylate pre-polymer. It has a specific gravity of 1.04 and a viscosity of 750-2,500. Silmer®ACR Di-1508 is used as an additive in UV curing systems as well as to modify acrylate polymers to improve surface...view more Silmer®ACR Di-1508 is a water-dispersable di-functional silicone acrylate pre-polymer. It has a specific gravity of 1.04 and a viscosity of 750-2,500. Silmer®ACR Di-1508 is used as an additive in UV curing systems as well as to modify acrylate polymers to improve surface and physical properties. view less