"silicone fluid"
- 6 Items Found-
Monohidrit Dönüştürülmüş POLYDIMETILSILOKSAN, ASYMMETRİK (SOD-H101)
1,Polymer Matrix Single-terminal Silicone Graft Modification Utilizing the unique terminal silicon-hydrogen bond (Si-H) of asymmetric PDMS, directional hydrosilylation reaction with unsaturated double bonds and active hydroxyl sites of polymers such as polyether, acrylic resin, epoxy resin and polyurethane is carried out under platinum catalysis to realize controllable single-terminal grafting of PDMS segments. It effectively avoids system curing, thickening and gelation
-
MONODIHIDROXY TERMINATED POLYDIMETHYLSILOXANE, ASYMMETRIK ((SOD-Q403)
1. Asymmetric Controlled Cross-linking Silicone Precursor This product is a special asymmetric hydroxyl-terminated polydimethylsiloxane with unique monodihydroxy differential reactive structure. Different from symmetric bifunctional silicone monomers, its asymmetric hydroxyl activity gradient enables gradient and controllable cross-linking reaction. It effectively avoids excessive cross-linking and brittle failure of traditional silicone systems, and is suitable for preparing
-
MONOKARBİNOL SONLANDIRILMIŞ POLİDİMETİLSİLOKSAN ASİMETRİK(SOD-Q203)
1. Asymmetric Single-ended Reactive Modification Precursor This product is a high-performance asymmetric functional polydimethylsiloxane with single carbinol active terminal group and opposite inert silicone terminal. Different from traditional double-ended hydroxyl silicone, it features unilateral controllable reaction activity and no cross-linking saturation limitation. It can perform selective grafting and chain extension reaction with isocyanate, anhydride and carboxyl
-
1,1,1,3,5,5,5-HEPTAMETHYL-3-[(TRIMETHYLSILYL) OXY]TRISILOXANE (CAS NO. 17928-28-8)
1. High-Purity Low-Viscosity Silicone Fluid Synthetic Precursor 1,1,1,3,5,5,5-Heptamethyl-3-[(trimethylsilyl)oxy]trisiloxane is a fully methyl-substituted branched trisiloxane with ultra-low viscosity, high structural symmetry and excellent molecular stability. The completely saturated inert methyl siloxane skeleton eliminates active reactive groups, providing outstanding thermal stability, low volatility and low surface tension characteristics. It can be used as a high
-
TRIMETHYLSILANOL (TMS) (CAS NO. 1066-40-6)
1. Key Hydrolytic Intermediate for High-Purity Silicone Polymer Synthesis Trimethylsilanol is the most fundamental hydroxyl-functionalized monosilane intermediate in the organosilicon industry, possessing a single reactive silicon hydroxyl group and stable fully methylated saturated skeleton. It can undergo controllable dehydration condensation and copolymerization with various silanol monomers to construct uniform and low-defect silicone molecular networks. Different from
-
TRİKLORO(6-FENİLHEKZİL)SİLAN (CAS NO. 18035-33-1)
1. High-efficiency Silylation & Surface Grafting Reagent This product is a high-activity trifunctional chlorosilane containing long-chain phenylalkyl structure. The three reactive Si-Cl bonds can undergo rapid hydrolysis and condensation reactions with hydroxyl groups on inorganic substrate surfaces, enabling covalent grafting modification. The integrated phenyl and long alkyl chain endows material surfaces with stable chemical resistance and hydrophobic properties, which is
