PU gloves are high-performance work gloves made by applying a polyurethane (PU) coating to the palm area, typically based on nylon, polyester, or carbon fiber yarns.PU gloves are known for being lightweight, breathable, anti-slip, and snug-fitting, making them ideal for cleanroom operations, electronics manufacturing, and precision assembly tasks that demand both sensitivity and cleanliness.

 

The PU Gloves coating enhances grip and provides protection against contamination and static discharge. Designed for comfort and dexterity during long hours of use, they are a reliable choice in high-precision industrial settings.

 

2. Key Features & Functions of PU gloves

•✅ Anti-slip & Contamination Protection: PU enhances grip and prevents slippage or contamination of sensitive components.

•✅ Lightweight & Flexible: Snug fit improves precision and finger control for handling small parts.

•✅ Anti-static Options: Conductive materials (like carbon fiber) reduce electrostatic buildup, protecting electronic devices.

•✅ Breathable Design: Uncoated back allows airflow, minimizing discomfort during extended wear.

 

3. PU Gloves Classification

 

1. By Coating Coverage:

•Palm Coated

PU covers the palm and fingertips, while the back remains breathable—ideal for long-duration work.

•Finger Coated

PU extends to the fingertips for enhanced control when handling tiny components—suitable for electronics assembly.

 

2. By Functionality:

•Standard Anti-slip Type pu gloves

Designed for general handling and light industrial tasks requiring grip and flexibility.

•Anti-static Type pu gloves

Embedded with conductive fibers to maintain surface resistance within 10⁶ to 10⁹ ohms, effectively preventing ESD damage to sensitive electronics.

 

•Electronics manufacturing & SMT processes

•Precision instrument assembly

•Cleanrooms & laboratories

•Warehousing, sorting, and quality inspection tasks