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POM Plastic Chemical Resistance Testing: Which Solvents Affect Its Performance?
Polyoxymethylene (POM), a high-performance engineering plastic often called “super steel” or “synthetic steel,” is widely used in automotive, electrical/electronic, and mechanical components due to its excellent mechanical properties, wear resistance, and dimensional stability. However, in practical applications, POM’s chemical resistance often becomes a key concern. This article thoroughly…
Why is POM Called "Steel-like Plastic"?
In the field of engineering plastics, POM (polyoxymethylene) has a vivid Chinese nickname – “steel-like plastic”. This name vividly expresses the characteristics of this material, but where does it actually come from? This article will explore in depth why POM is called steel-like plastic, analyze its performance characteristics, and compare its actual differences with steel. 1. Basic…
POM vs. Nylon: Performance Comparison and Selection Guide for Engineering Plastics
In industrial design and mechanical engineering, POM (Polyoxymethylene) and Nylon stand as two major engineering plastics that often present selection challenges. This article provides a detailed comparison of their mechanical properties, chemical characteristics, and application scenarios, along with a data-driven decision framework. Typical application case: Gear mechanisms made from POM (left)…
