EPB is an epoxy group introduced into the HTPB molecular chain, which has the advantages of oil resistance, aging resistance, good transparency, low temperature performance, etc. The hydroxyl group at the end of molecular chain and the epoxy group in the molecular chain are reactive groups, and can be cured with a variety of isocyanates and epoxy curing agents.

HTBS is a liquid copolymer of butadiene and styrene containing hydroxyl functional groups at the end of the molecular chain. It possesses excellent heat resistance, wear resistance, aging resistance, good processing performance, low heat generation and low temperature flexility.

HTBN is a liquid nitrile butadiene rubber with hydroxyl functional groups at both ends of the molecular chain. It has the same physical and chemical properties as nitrile butadiene rubber, can be cured with isocyanate curing agent, and has good reactivity and processing properties.

CTBN is a liquid nitrile butadiene rubber with carboxyl functional groups at both ends of the molecular chain. The carboxyl group at the end can react with epoxy resin and has a good toughening effect on epoxy resin.

ATBN is a liquid nitrile butadiene rubber with amino functional groups at both ends of the molecular chain, which can be cured with isocyanate curing agent, and can also be cured with epoxy groups.

One of the most promising hydrocarbon resins for 5G copper clad laminates, with high reactivity, excellent hydrophobicity and dielectric properties, and good processing performance, can be applied in fields such as circuit boards, coatings, rubber sealing products, rubber rollers, etc.

This product possesses the characteristics of narrow molecular weight distribution, good insulation performance, and good flexibility.

● It can be used for potting adhesives, adhesives, sealants, waterproof coatings, and special adhesives. Hydrogenerable, maintains room temperature fluidity after hydrogenation, and has better weather resistance.

Maleic anhydride grafted polybutadiene is commonly used in adhesive and sealant applications in the following fields: automotive coatings, architecture, electronics, polyurethane plastics, polymer modifiers, etc. It possesses excellent electrical insulation, high water resistance, high cold resistance, low oxygen permeability, and chemical resistance.

LPBOH is a polybutadiene product with a hydroxyl group at one end, which can achieve double curing of hydroxyl and vinyl groups. It possesses high reactivity, excellent hydrophobicity and dielectric properties, and good processing performance.

Liquid styrene butadiene rubber is a low molecular weight copolymer of butadiene and styrene, with a molecular weight of 2000-10000. It possesses excellent electrical insulation and physical properties, and is often used in fields such as circuit boards, adhesives, and sealing materials. Compared with liquid polybutadiene (LPB), LSBR is with a higher glass transition temperature and better heat and wear resistance. Replacing LPB with LSBR can improve the adhesive flow phenomenon during the processing of copper clad plates.

L-XNBR is a liquid rubber product with a main chain containing nitrile and carboxyl. Nitrile can provide good solvent resistance, heat resistance, wear resistance and adhesive properties, while carboxyl can react and cure with epoxy, amino and other groups.

It is liquid at room temperature, so it is easy to use and process. The glass transition temperature is -80℃ with excellent low temperature properties. The mechanical properties of its elastomer products are close to PTMG, and can replace PTMG in harsh low temperature environment.

It is liquid at room temperature, so it is easy to use and process. The glass transition temperature is -80℃ with excellent low temperature properties. The mechanical properties of its elastomer products are close to PTMG.

This product possesses excellent flexibility and can be used in high elongation materials with high requirements for elongation; Can be used for special ultra-low temperature elastomers and adhesives, with low temperature resistance below -90 ℃, and can also be used for solid propellant.