Enabling the Next Generation of High-Performance Applications
Addition-cured silicone elastomers are at the heart of modern technologies, including EVs, advanced electronics, healthcare devices, aerospace systems, and industrial automation. BRB provides a comprehensive toolbox of silicone intermediates, enabling formulators to tailor performance, processability and regulatory compliance.
The Core BRB Building Blocks
BRB supports formulators with a complete portfolio of silicone building blocks, including vinyl-functional PDMS polymers, end-capped and monofunctional silicones, silicone hydride crosslinkers, chain extenders, hybrid silicone systems, platinum catalysts, MQ resins, silicone bases, and specialty additives.
BRB Vinyl Dimethicone Range
Foundation polymers that control viscosity, elasticity, hardness profile, and processing behavior, while meeting SVHC requirements for cyclic content.
BRB Crosslinkers and Chain Extenders
Hydride-functional silicones designed to provide precise control over crosslink density and final mechanical performance.
Platinum Catalyst Systems
Catalysts delivering efficient hydrosilylation reactions and predictable cure kinetics.
Base Compounds
Silica-reinforced systems and silicone bases that simplify manufacturing while improving physical properties.
Specialty Additives and Resins
Solutions designed to enhance transparency, adhesion, wetting, thermal resistance, and mechanical strength, including vinyl-functional MQ resin blends and inhibitors for precise reaction control.
Emerging High-Tech Applications
As high-tech applications continue to evolve, they require increasingly advanced silicone materials with tailored performance capabilities. BRB’s comprehensive portfolio of silicone building blocks enables formulators to accelerate development cycles and create next-generation elastomer solutions for applications such as electronic encapsulation, EV battery protection, thermal management, wearable medical devices, aerospace sealing systems, and industrial tooling.
“The challenge is no longer whether silicone can meet application requirements, but how effectively formulators can combine the right building blocks to unlock the next level of performance.”
