Damping and vibration attenuation elastomer materials are to further enhance the function of elastomers, which consume the vibration energy through the internal viscoelastic properties, and convert the vibration energy into heat energy, thus realizing the function of vibration damping. The elastomer materials are prepared by cleverly optimizing the combination of a variety of elastomer materials with different glass transition temperatures and loss factors, and have a larger loss factor in a wider range of temperatures and frequencies.

Damping vibration-absorbing elastomer materials are special polymer materials that reduce vibration and noise, and improve the stability and service life of equipment. The preparation technology for these materials is located at an advanced level domestically, and the products feature the high damping, wide temperature range, high strength, and excellent aging resistance, which comply with environmental regulations such as RoHS 2.0, REACH, PAHs, POPs, TSCA, and PFAS.

Composited skeleton and elastomer materials are a kind of composite materials that bond elastomer to metal or other skeleton materials. By bonding the elastomer to the skeleton materials through hot vulcanization, the high strength of skeleton and the high elasticity of elastomer are utilized to achieve the excellent vibration damping function. By utilizing reasonable molecular design and process control, the bonding strength between the skeleton and elastomer is greater than the strength of the elastomer material itself, which ensures the unity and functionality of the product.

The products feature the high strength, high elasticity, heat and cold resistance, one-piece structure et al. and are widely used to carry and drive loads, and play the role of vibration damping, buffer, dustproof, sealing and so on. The materials meet the requirements of RoHS2.0, REACH, PAHs, POPs, TSCA, PFAS and other environmental regulations.

Halogen-free flame-retarded elastomer materials are prepared by adding one or more kinds of halogen-free flame retardants to ordinary elastomers in melt processing, where the flame retardants and elastomers are organically combined by the chemical reaction and/or physical mixture. When the materials are subjected to flame or high temperature, the flame retardants can be decomposed early and rapidly to produce nonflammable gases and cause carbonization on the burning surface, thus reducing the combustion performance of the elastomer and realizing flame retardancy.

The products play main role in the flame retardancy, electric, heat and sound insulation, vibration attenuation, and feature halogen-free, low smoke, and non-toxicity, which comply with environmental regulations such as RoHS2.0, REACH, PAHs, POPs, TSCA, PFAS, etc.

High impact elastomer materials are a kind of polymer materials with higher impact resistance than ordinary elastomers. Their high impact resistance is mainly originated from the strong interaction between the flexible molecular chains, and the low glass transition temperature. High impact elastomer materials are prepared and the excellent dynamic properties of the materials are obtained by the molecular, interfacial and structural design, as well as process control.

The products have characteristics of high strength, high elasticity, low heat generation, and keep high strength at high temperature and high elasticity at low temperature They meet the requirements of RoHS2.0, REACH, PAHs, POPs, TSCA, PFAS and other environmental regulations.

The products exhibit excellent elasticity‌1, phase-change energy storage capability‌, flame retardancy‌, and thermal stability‌.The materials meet the requirements of RoHS2.0, REACH, PAHs, POPs, TSCA, PFAS and other environmental regulations.

The materials are prepared by compounding high-performance protective elastomers (e.g., temperature resistance, hydrophobicity) with electrical insulation-enhancing additives through mixing and vulcanization processes‌.The materials exhibit excellent ‌physical-mechanical properties‌ and outstanding ‌electrical insulation performance‌.

The products exhibit excellent ‌physical-mechanical properties‌ and outstanding ‌electrical insulation performance‌.The materials meet the requirements of RoHS2.0, REACH, PAHs, POPs, TSCA, PFAS and other environmental regulations.

Elastomer materials resistant to special media are the elastomers resistant to acids, alkalis, oils, alcohols, chlorine,chlorine-ammonia and other chemicals, as well as pesticides over a wide temperature range. The products with improvedelasticity and media resistance are well prepared by using silicone rubber, fluorine rubber or other modified materialsas the substrate, optimizing the combination of fillers and additives, introducing specific functional groups, andenhancing the structure of networks.

The products behave the wide temperature range adaptability, sealing, corrosion resistance, stability and so on. Special media-resistant elastomeric seals, gaskets, hoses, cable sheaths and other productshave special uses, and play a key role in ensuring the normal operation and extending the service life of equipment.The materials meet the requirements of RoHS2.0, REACH, PAHs, POPs, TSCA, PFAS and other environmentalregulations.

Antistatic elastomer materials possess the surface resistance below 10^6 Ω, and are prepared by loading of conductive fibers, particles and organic compounds to ordinary elastomers. On the premise of remaining the basic properties of elastomers, the surface resistance of elastomers is reduced and the antistatic function is realized by the reasonable molecular design and process control.

Antistatic elastomer materials are mainly used in places where static electricity is easily generated. The materials have the function of sealing, dustproof, vibration damping, buffering, etc., as well as the function of eliminating static electricity to prevent static electricity from generating a spark and causing safety accidents. The materials are characterized by low resistance, high elasticity, temperature resistance and so on, and the preparation technology reaches the advanced level at home and abroad. Through continuous research and improvement, we have realized the precise regulation of resistance and other properties, so that the material can meet the needs of different fields in practical applications. The materials meet the requirements of RoHS2.0, REACH, PAHs, POPs, TSCA, PFAS and other environmental regulations.

This material is manufactured through molding processes such as ‌filament winding‌, ‌compression molding‌, or ‌pultrusion‌, utilizing ‌high-strength reinforcing fibers‌ (e.g., glass fiber, carbon fiber) combined with ‌thermosetting matrix materials‌‌.

The material demonstrates ‌outstanding corrosion resistance and durability‌, coupled with ‌high strength and modulus‌‌.It meets environmental regulatory standards such as ‌RoHS 2.0‌, ‌REACH‌, ‌PAHs‌, ‌POPs‌, ‌TSCA‌, and ‌PFAS‌‌.