Cleanroom Wiper (Polyester, Laser Cutting, 1 Pack)

The cleanroom wiper is a dedicated wiper for high-cleanliness environments, made of 100% polyester with laser cutting and an ultra-pure water washing process to minimize LINT and PARTICLE generation. With excellent chemical resistance and absorbency, it provides an optimized solution for all cleanroom environments requiring precision surface management, including semiconductor, display, pharmaceutical, and biotechnology industries.

Features

Cleanroom Wiper (Polyester, Laser Cutting, 1 Pack)

Specifications

MaterialPolyester 100%
Cutting MethodLaser cutting
Washing ProcessUltra-pure water (UPW) washing
Size9" × 9" (230 × 230mm)
Quantity100 sheets / pack
Box Configuration10 packs / box
Usage MethodWet / dry combined use

Frequently Asked Questions

What is the material of the cleanroom wiper?
The cleanroom wiper is made of 100% POLYESTER single material, providing excellent chemical resistance and stable use against various acids, bases, and organic solvents.
What hygienic advantages does the laser cutting method offer?
Laser cutting hardens the cut edge of the fabric with high heat to fundamentally prevent fiber shedding. As a result, lint generation during work is minimized, the cleanliness of the cleanroom environment is maintained, and contamination risk from fine particles is significantly reduced.
What are the main differences between this cleanroom wiper and other wipers?
Unlike nonwoven wipers, this cleanroom wiper goes through an ultra-pure water washing process to remove ions and particles, and uses 100% POLYESTER material with laser cutting to significantly reduce particle and lint generation. This is essential for maintaining the high-cleanliness environments required in precision industries.
What applications can the cleanroom wiper be used for?
It is mainly used for cleaning products and equipment, absorbing liquids, and removing fine contamination, covering all surface management tasks within cleanrooms. It is optimized for precision surface management in semiconductor, display, pharmaceutical manufacturing, biotech processes, and precision laboratory environments.