High-temperature Environments Require The Use Of High-temperature Resistant, Heavy-duty Connector Materials.

Ordinary heavy connector materials often experience structural deformation, thermal expansion mismatch, and accelerated expansion cracking due to oxidation at contact points when temperatures rise. Under high temperatures, plastic insulation components may soften or lose mechanical strength, and while the metal casing is heat-resistant, internal plastic inserts or seals may fail prematurely. heavy duty cable connectors materials, if unable to withstand temperature shocks, may experience increased contact resistance, mechanical locking failure, loose connections, or even system interruption. Furthermore, thermal cycling (heating-cooling) in the environment can easily induce material fatigue and crack propagation, drastically reducing the lifespan of heavy power connector materials.