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Detailed comparison of PA66, PP, PC, POM, PEEK and PTFE plastic fastener properties including temperature resistance, insulation, strength and application scenarios for electronics, PV, automotive and medical industries.

This article systematically explains the insulation principle, voltage resistance grade, flame retardant performance and temperature rise limit of nylon fasteners, and provides standardized selection schemes for power distribution, new energy and weak current equipment.

This article deeply analyzes the aging, embrittlement, deformation and loosening failure mechanisms of nylon, PC and PP plastic screws under UV, high temperature, humidity and vibration conditions, and provides full-process protection strategies from selection, storage and assembly to application.

Summarize four typical faults including cracking, cam-out, thermal deformation and insufficient clamping force, analyze root causes from base material, torque and environment, and provide practical optimization solutions for production line.

Professional technical data of plastic fasteners, detailed introduction of material properties, temperature resistance, strength and application scenarios of PA66, PP, POM, PEEK to help correct selection and installation.

This white paper comprehensively analyzes the technological development trends of the plastic fasteners industry in 2026, focusing on innovative applications, performance advantages, and technical challenges of high-performance engineering plastics such as PA66, PEEK, POM, PTFE, and PPS in advanced manufacturing sectors including aerospace, medical devices, automotive industry, and electronic equi

PEEK screws are made of Polyether Ether Ketone material, featuring high temperature resistance, corrosion resistance, and high strength, widely used in aerospace, medical, and automotive industries.

Nylon screws and metal screws comparison: weight, insulation, corrosion resistance, strength, temperature range.

Polypropylene (PP) is characterized by its low density and light weight, along with excellent resistance to acids and alkalis, making it a common material in the chemical industry. However, it has relatively poor rigidity and mechanical strength compared to nylon. It is like a specialized "special forces soldier": while not aiming for all-around capability, it performs exceptionally well in its ow