Plastic Fastener News & Industry Guide

ZHUHAI JIALI HARDWARE CO., LTD. official plastic fastener technical guide covering key advantages, main types, applications and technical highlights.

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.

Plastic fasteners are increasingly used in electronics due to lightweight, insulation, corrosion resistance properties.

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

Traditional 'pure screw-driving' positions will greatly decrease, but 'screw workers' will not collectively become unemployed; instead, they will be forced to transform or be reassigned.

In industrial and consumer fields where the demand for lightweight, insulation, and corrosion resistance is increasing, plastic fasteners are gradually replacing traditional metal screws, becoming the core solution for connecting plastic parts, precision equipment, and special environments.

Pure PA66 is too soft, too prone to deformation, dimensionally unstable, and not heat resistant. Glass fiber is added to 'reinforce and control shape,' especially if you are making nylon screws or fasteners, glass fiber must be added to make it usable.

Stripping generally refers to the plastic deformation, wear, or tearing of the external threads of a screw or the internal threads of a nut, which results in failure to engage effectively and transmit torque. This is especially relevant for plastic screws.