1. Ultra-wide temperature resistance, outperforming standard rubber at both high and low temperatures
- Continuous service temperature ranges from -60°C to 180°C, and modified grades can withstand up to 250°C; most conventional rubbers only operate stably between -30°C and 80°C.
- It resists softening, melting and cracking under high heat, while common rubbers rapidly harden, degrade or melt above 100°C.
- Remains flexible without embrittlement at subzero temperatures, making it ideal for cables in cold northern regions and outdoor equipment.
- Withstands short-term peak temperatures up to 300°C and maintains stability under short-circuit high heat, suitable for high-temperature wiring harnesses and oven components.
2. Excellent weathering and aging resistance for far longer service life
- Fully resistant to UV radiation, ozone, rain and sunlight exposure; no pulverization or cracking even after 10 years outdoors.
- Natural rubber and EPDM develop cracks, discoloration and lose elasticity after only 3–5 years of outdoor use.
- Superior thermal aging performance; retains most elasticity and insulation properties after long-term high-temperature exposure with minimal aging rate.
3. Premium electrical insulation (core advantage for wires and cables)
- Insulation resistance barely declines under high temperature and high humidity, whereas insulation performance of standard rubbers drops sharply at elevated temperatures.
- Excellent resistance to electric arcs and corona discharge, hard to break down under high-voltage discharge, suitable for motors, new energy vehicles and high-voltage cables.
- Low dielectric loss for stable high-frequency signal transmission; conventional rubbers suffer heavy high-frequency loss.
- Consistent insulation performance after water immersion, with superior waterproof and moisture-proof properties compared to most general rubbers.
4. Safe, eco-friendly, halogen-free and low-smoke flame retardancy
- Inherently self-extinguishing; no molten dripping during combustion that could ignite surrounding materials.
- Halogen-free formulations are available, producing minimal, non-toxic, non-corrosive fumes when burning; conventional rubber and PVC release pungent toxic halogenated gases during combustion.
- Non-toxic and odor-free with no plasticizer migration, applicable to food and medical scenarios; most industrial rubbers contain plasticizers and harmful additives unsuitable for direct food contact.
5. Hydrophobic and mildew-proof with outstanding waterproof performance
Its hydrophobic molecular structure repels water absorption, resisting mold growth under long-term damp or underwater conditions. Conventional rubbers easily absorb water, breed mold and suffer rapid insulation degradation.
6. Physiologically inert and harmless
Free of heavy metals and strange odors, safe for direct contact with food and human bodies. Common industrial rubbers often contain sulfides and plasticizers and cannot touch food directly.
7. Outstanding flexibility and resilience, resistant to cracking under repeated bending
Excellent elasticity with far higher bending cycle endurance than standard rubbers, perfect for cable chains, movable wiring harnesses and frequently bent accessories. Conventional rubbers tend to crack from fatigue after repeated flexing.
8. Resistant to steam and other media
Withstands high-temperature steam, clean water and lubricating oils. Standard rubbers age and fail rapidly when exposed to hot water or steam for extended periods