![Texwipe Alpha Wipe bulk packed 9" x 9" polyester wipers, Non-Sterile , 150 wipers/bag - TX1009B [TX1009B-150]](/_next/image?url=https%3A%2F%2Fcdn.shopify.com%2Fs%2Ffiles%2F1%2F0757%2F2327%2F6437%2Ffiles%2Ftexwipe-tx1009b_ac138f5b-0abc-44a4-8811-97a014358e31.jpg%3Fv%3D1776345110&w=3840&q=75)
$696.00
TexWipe Absorbond 4" x 4" Hydro Entangled Polyester Wipers (TX404) are dry cleanroom wipers made from 100% polyester nonwoven material with a cut edge. These wipers are manufactured in a cleanroom environment, ensuring ultra-low levels of ions and non-volatile residues (NVRs), making them ideal for critical environments. The soft, non-abrasive construction of the wipers is perfect for cleaning scratch-sensitive surfaces such as optical devices and lenses.
Absorbond wipers offer high absorbency, making them effective for cleaning with isopropyl alcohol (IPA) and other solvents. They are compatible with Quaternary Ammonium Compound disinfectants (QUATs) and are autoclave safe (dry wipe), providing additional versatility for high-compliance applications. With their consistent wetness and VOC levels, these wipers are perfect for ensuring repeatable and optimized cleaning performance in sensitive environments.
$696.00
TexWipe Absorbond 4" x 4" Hydro Entangled Polyester Wipers (TX404) are dry cleanroom wipers made from 100% polyester nonwoven material with a cut edge. These wipers are manufactured in a cleanroom environment, ensuring ultra-low levels of ions and non-volatile residues (NVRs), making them ideal for critical environments. The soft, non-abrasive construction of the wipers is perfect for cleaning scratch-sensitive surfaces such as optical devices and lenses.
Absorbond wipers offer high absorbency, making them effective for cleaning with isopropyl alcohol (IPA) and other solvents. They are compatible with Quaternary Ammonium Compound disinfectants (QUATs) and are autoclave safe (dry wipe), providing additional versatility for high-compliance applications. With their consistent wetness and VOC levels, these wipers are perfect for ensuring repeatable and optimized cleaning performance in sensitive environments.
