As One ASPURE Cleanroom Wiper SJ231 100% Cupro, 210 x 220 mm, Pack of 20×150 Pcs.

The As One ASPURE Cleanroom Wiper SJ231 is crafted from 100% cupro, a fine cellulose fiber, making it ideal for cleanroom environments. These adhesive-free wipers are solvent-resistant and quattro-folded for efficient use. Each wiper measures 210 x 220 mm, and the pack contains 3,000 wipers (20 bags of 150 wipers each), ensuring a consistent supply for extensive cleaning needs.

Key Features:

• Brand: As One
• Material: 100% cupro (very fine cellulose fibers)
• Dimensions: 210 mm (width) x 220 mm (length)
• Type: Quattro-folded, adhesive-free
• Solvent Resistance: Suitable for use with various solvents
• Packaging: Pack of 3,000 wipers (20 bags of 150 wipers each)

These wipers are essential for maintaining cleanliness and preventing contamination in sensitive environments.

Frequently Asked Questions

1. What is the As One ASPURE Cleanroom Wiper SJ231 100% Cupro, 210 x 220 mm, Pack of 20×150 Pcs. used for?

It is crafted from 100% cupro, a fine cellulose fiber, making it ideal for cleanroom environments. These adhesive-free wipers are solvent-resistant and quattro-folded for efficient use. Each wiper measures 210 x 220 mm, and the pack contains 3,000 wipers (20 bags of 150 wipers each), ensuring a consistent supply for extensive cleaning needs.

2. What dimensions does this product have?

It has dimensions of 210 mm (width) x 220 mm (length) and 100 % Cupro, very fine cellulose fibers.

3. What is this product made from and what features does it include?

It is made from 100% cupro (very fine cellulose fibers). It also offers quattro-folded, adhesive-free and suitable for use with various solvents.

4. How does this product compare with other cupro products?

The AS ONE model is a strong choice for its intended use, offering dimensions of 210 mm (width) x 220 mm (length) and 100 % Cupro, very fine cellulose fibers. Other brands offer cupro products with varying dimensions, type and solvent resistance, but this model is built for its intended use.