Product Introduction

The Electrically Conductive POM compound is a conductive element filled polymer, an injection‑grade conductive material specially modified with IDPs, a high‑performance permanent antistatic polymer system, carrier is POM.

It comes in black opaque pellets, deliver stable conductivity and strong mechanical performance.

Key Product Features

Black opaque pellets, injection‑grade Electrically Conductive POM
Modified with IDPs (permanent polymeric antistatic agent) and carbon black
Stable conductivity: standard 10³–10⁵ Ω/sq, customizable to 10⁶–10⁹ Ω/sq
Excellent wear resistance, ideal for moving parts
Strong impact resistance and high toughness
Great processing stability under 150–180°C
Requires pre‑drying at 100°C for 4 hours before molding
Uniform surface and consistent resistance batch after batch
Produced on a single dedicated line for stable quality
Typical high‑performance electrically conducting polymers examples for industrial use

Product Advantages

Our Electrically Conductive POM stands out because it combines permanent static control with POM's natural strengths. The IDP polymer system ensures long‑lasting ESD protection, unlike short‑lived traditional additives.

Since we use one fixed production line only, you won't face batch differences, unstable resistance, or inconsistent appearance. This greatly reduces your reject rate and stabilizes mass production.

It has excellent wear resistance, impact resistance, and toughness, so parts last much longer under friction, rotation, and stress. This makes it cost‑effective for gears, bearings, chains, and structural components.

Processing is easy and stable between 150–180°C. With proper pre‑drying, you get smooth, clean surfaces without pinholes, orange peel, or unmelted spots.

As a representative of electrically conducting polymers examples, our conducting plastics POM supports both conductive and static‑dissipative grades. We also provide thermally conductive POM polymers to improve heat dissipation during continuous operation.

In short, it's a stable, durable, easy‑to‑process Conducting POM that balances performance, quality consistency, and production efficiency.

Application Scenarios

This Electrically Conductive POM compound is widely used in many industries that need static protection plus high mechanical strength:

Sheets, rods, and profiles made of conducting plastics POM
Bearings, sliding parts, and rotating components
Transmission chains, conveyor parts, and moving modules
Copier and printer parts like toner cartridge components
Electronic and electrical parts needing ESD protection
Mechanical parts requiring wear resistance and static control
Parts that benefit from thermally conductive POM and thermally conductive POM polymers
Industrial components that require stable long‑term conductivity