The Principle And Features Of Class 100 Cleanroom Clothing

Aug 27, 2025 Leave a message

The Principle and Features of Class 100 Cleanroom Clothing

Class 100 cleanroom clothing is widely used in cleanrooms in industries such as electronics, pharmaceuticals, food processing, bioengineering, optics, aerospace, aviation, color tubes, semiconductors, precision machinery, plastics, spray painting, hospitals, and environmental protection. Available in a variety of colors and sizes, it's suitable for various anti-static and cleanroom environments.
Why do Class 100 cleanroom clothing achieve dust-free performance?
The principle is simple:
It's made from specialized polyester filament, with Belltron® 9R series conductive fibers woven in the warp or weft directions. This fiber is manufactured using a special process. It exhibits excellent, long-lasting electrical conductivity and is an essential anti-static measure for clothing.

Workwear charge: <0.6 μC/piece. Surface charge density: <7 μC/square meter.
(Note on "microcoulomb": "Coulomb" is a unit of charge. 1 coulomb = 1000 millicoulomb = 1,000,000 microcoulombs. The charge carried by 6.25×10⁻¹⁰ electrons is 1 coulomb, and the charge carried by one electron is 1.6×10⁻¹⁰ coulomb.)

Features of Class 100 Cleanroom Clothing:

1. Made with Japanese-made twisted yarn technology, it offers excellent anti-static properties, is durable, and effectively dissipates static electricity from the human body.

2. The clothing itself is dust-free and non-sticky, has excellent barrier properties, is high-density and strong, and effectively inhibits bacteria.

3. Excellent washability, flex resistance, and abrasion resistance, with a washability of ≥100 times and high-temperature steam resistance of 120°C.

4. Fully overlocked sewing using specialized Japanese equipment, resulting in a one-step process that provides excellent dust resistance and is suitable for use in Class 10-10,000 cleanrooms.

5. Highly recommended for the production and sale of breathable anti-static cleanroom clothing.