Specialty silicone compounds, fluorosilicone compounds and general silicone compounds — meticulously customized to meet specific customer requirements and process conditions.
CSE specializes in the development of high-performance specialty silicone compounds, tailored to meet the stringent requirements of various industries.
Advanced fluorosilicone compounds known for their excellent resistance to fuels, oils, and chemicals — making them ideal for demanding applications.
Silicone compounds meticulously customized to meet specific customer requirements and process conditions.
Compounds designed to meet the high-performance standards of the automotive industry — from engine components to interior seals.
Materials engineered to withstand the rigorous demands of aerospace applications, ensuring safety and reliability in flight-critical components.
Specialty compounds enhancing the performance and longevity of electrical insulators and related components.
Silicone and fluorocarbon compounds for high-quality, durable wire and cable insulation that endures harsh environments and extreme temperatures.
Compounds designed to withstand the harsh conditions of the oil and gas industry — superior performance in seals, gaskets, and critical components.
By utilizing Teksil® silicone rubber compounds, manufacturers enhance the quality, reliability, and performance of their insulators — meeting the highest industry standards and customer expectations.
Meticulously customized to meet specific customer requirements and process conditions. These versatile compounds exhibit excellent physical and mechanical properties, including robust high and low temperature resistance and superior aging resistance — performing reliably from -60°C to 200°C for prolonged use and durability in diverse applications.
Applications — Food Processing & Food Storage
The fast curing mechanism of the platinum catalyst allows thicker section parts to cure more quickly at traditional molding temperatures — or at lower temperatures. Platinum cure systems produce no peroxide residues, making them ideal for food and medical applications, with excellent hot tear strength for demolding complex geometries and undercuts. We offer a three-component system and formulation guide designed to extend the shelf life of the mixed compound.
Applications — Pharmaceutical, Biotechnology, Injectables & Food and Beverage
Significantly greater elongation and tear strength compared to general purpose silicones. Suitable for molding, extrusion, and calendaring, with superior resistance to abrasion and fatigue — ideal for molded components with intricate shapes or applications requiring enhanced endurance in challenging environments.
Applications — Transmission & Distribution, Automotive Sector
While silicones are renowned for electrical insulation, CSE has developed specialized grades featuring exceptional electrical conductivity. These compounds can be molded, extruded, or calendered — frequently utilized in electromagnetic shielding and static charge prevention, ensuring functionality and safety in electronic and industrial environments.
Applications — Plug boots, ignition wires, fuel injector seals · Conductive gaskets, EMI/RFI shielding, thermal interface materials
Engineered to withstand continuous exposure up to 300°C — with tolerance for brief peaks above 300°C. Ideal for demanding applications requiring superior thermal resilience, ensuring durability and performance under extreme conditions.
Applications — Wire & cable (steel plants and mines), Automotive industry
Significantly greater chemical resistance than standard silicone — excelling against hydrocarbon fluids such as petrol and diesel, as well as various solvents. Suited for a broad temperature range from -60°C to +225°C where conventional silicone fails to provide adequate chemical resistance.
Applications — Oil gaskets, automotive fuel systems, ozone/UV/weathering resistance, nuclear gaskets
Designed to minimize processing costs by eliminating the post-curing step, while achieving enhanced final properties and reduced blooming of peroxide volatiles. High crosslink density provides outstanding resistance to compression set — exceptionally suitable for sealing applications.
Applications — Extruding profiles, pressure-less curing and rollers
Grades specifically designed for applications demanding superior electrical insulation, with exceptional resistance to combustion arc tracking and environmental degradation — perfectly suited for insulators, surge arresters, and casing pipes in high voltage and power transmission equipment.
Applications — Transmission & distribution, power cables and cable joints
Engineered for exceptional performance in high-voltage electrical applications — providing superior electrical insulation and preventing the formation of conductive paths on the surface of insulators and bushings. Designed to resist UV radiation, moisture, and pollutants, enhancing the safety and efficiency of electrical power systems.
Applications — Outdoor & industrial high-voltage insulators and bushings
Exceptional durability, flexibility, and heat resistance — designed for the stringent requirements of automotive, medical, and electronics industries. LSR's unique properties make it ideal for producing complex, high-precision parts through injection molding, withstanding extreme temperatures, resisting chemicals, and maintaining stability over time.
Applications — Transmission & distribution, power cables and cable joints
At CSE, we are committed to providing a comprehensive range of services to support our customers and enhance their experience.
For molding and extrusion processes:
For electrical & power distribution applications:
Bringing new silicone rubber products to market:
Workshops and seminars on silicone rubber technology:
For injection moulding and other processes:
For specific challenges or projects:
For any inquiries, feel free to reach out — our team responds quickly.