TPE HIGH‑TEMPERATURE RESISTANCE MODIFICATION

TPE high‑temperature resistance modification is achieved by hydrogenation treatment, cross‑linking technology or adoption of high‑performance base materials. Conventional TPE tolerates temperatures ranging from 60 ℃ to 100 ℃, while hydrogen‑modified grades can reach 120 ℃‑150 ℃. For halogen‑free flame‑retardant TPE systems, the flame retardant shall feature an initial decomposition temperature above 350 ℃ to guarantee stability during high‑temperature processing and end‑use service.

Main Uses

Widely applied in automotive components around engine compartments, high‑temperature cable sheaths, industrial sealing parts and heat‑resistant household‑appliance components. In rail‑transit industry, FR3‑series TPE maintains stable performance within 23‑70 ℃ and complies with railway fire‑safety standards.

Features: High‑temperature resistance  

Physical Properties: Customized per user requirements (partial properties can match imported brands) Minimum order quantity: 1 ton upon successful sample testing

Participation Process

For modification factories wishing to join the supply, please contact supply‑side customer service.

Users may click group‑order procurement or contact procurement customer service to submit procurement requirements. The platform aggregates similar demands, then screens from its platform database or releases a tender. High‑quality modified raw materials are selected according to users’ procurement requirements. After successful sample testing, users confirm the advantageous modified raw materials and suppliers, and sign purchase‑sales contracts.