News

Driven by the rapid development of new energy, power, construction waterproofing, and pharmaceutical packaging industries, performance requirements for sealing and protective materials are continuously increasing.

As new energy vehicles (NEVs) gain rapid adoption, battery packs, liquid-cooling systems, and vehicle structures are placing higher demands on sealing and damping components.

All combustion requires combustible material, oxygen, and an ignition source (the fire triangle theory).

In industrial manufacturing, automotive electronics, and building construction, traditional sealing materials often face challenges such as complex installation, poor adhesion, and easy aging or detachment.

As an important polymer material, pure rubber systems inherently suffer from low mechanical strength and poor wear resistance.

In modern industrial production, vibration has become a critical challenge that limits productivity, affects product quality, and poses potential safety risks. 

In today’s industrial era driven by efficiency, environmental protection, and sustainable development, a groundbreaking material that combines the elasticity of rubber with the processability of plastics—Thermoplastic Vulcanizates (TPV)—is rising rapidly as the ideal alternative to conventional vulcanized rubber.

In the arena of material science, carbon fiber tubes are standing out as champions of “lightweight strength.” With unmatched performance, they are quietly transforming industries ranging from advanced manufacturing to everyday consumer products. 

In industries such as petrochemicals, pharmaceuticals, semiconductors, and energy, conventional rubber seals often fail quickly due to chemical corrosion, high temperature and pressure, or dynamic stress—leading to leaks, contamination, and even safety incidents. Special-medium-resistant sealing elastomers, with their exceptional chemical inertness, mechanical stability, and environmental adaptability, have become the reliable guardians under extreme operating conditions!