English Version: Anti-Static Black PU-Coated Finger Gloves
Version：PUTF-BLK
Product Introduction

Anti-static black PU-coated finger gloves are high-performance protective gloves designed for the electronics industry. The gloves feature a polyurethane (PU) coating on the fingertips and key palm areas, treated for anti-static protection. They provide excellent ESD control, durability, and precise handling for assembly, inspection, and maintenance of electronic components.

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Key Features

1. Anti-Static Protection
    PU coating is treated to dissipate static electricity effectively, minimizing the risk of damage to sensitive electronic components and meeting ESD protection standards.
2. Black PU Finger Coating
    Coating covers fingertips and critical palm areas to enhance grip and abrasion resistance while maintaining dexterity for precision operations.
3. Flexible and Comfortable
    Knitted back allows breathability; PU-coated areas are flexible and lightweight for comfortable, long-duration use.
4. Durable and Wear-Resistant
    PU coating improves abrasion resistance, ideal for frequent industrial use in electronics manufacturing.
5. Clean and Low-Lint
    Suitable for cleanrooms and dust-free production environments, minimizing contamination risk.

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Applications in the Electronics Industry

The gloves are widely used in:

* SMT production line operations
* PCB assembly
* Semiconductor manufacturing and packaging
* Chip testing and maintenance
* Mobile phone, computer, and precision electronics assembly
* Cleanroom and dust-free environments
* Precision instrument handling

Electrostatic discharge (ESD) in electronics manufacturing can damage components or compromise product reliability. Anti-static black PU-coated gloves help control static and are an essential part of ESD protection in electronics factories.

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Advantages

* Prevents static damage to sensitive electronics
* Enhances assembly and operational efficiency
* Improves grip and reduces slippage
* Suitable for cleanroom and low-dust environments
* Ideal for long-duration, high-frequency tasks