Wipe liquids with multi-ply absorbency and low lint content for intricate dusting. Kimberly Clark™ Kimtech Scientific™ Delicate Task Wipers are ideal for cleaning delicate glassware, instruments, and surface/parts.

Dispenses individual wipers one at a time to reduce waste while maintaining hygiene, especially in busy food areas. Kimberly-Clark™ WypAll™ X60 Cloths, Centerfeed Roll is a repeat-use wiper constructed of highly absorbant HYDROKNIT™ fiber technology.

For ISO Class 3 to 5 cleanrooms

For ISO Class 7 applications

Used in laboratories and hospitals. Fisherbrand™ Grade 605 Very Absorbent Joseph Paper is thin and not fluffy.

Prevent leakage of fluids and chemicals to hands, gloves and work surfaces

ISO Class 5 to 6 applications

For ISO Class 3 and 4 applications

For ISO Class 6 and 7 applications

For ISO Class 3 to 4 applications

For ISO Class 5 and 6 (Class 100 and 1000) applications

Fisherbrand™ Polyester Sealed-Edge Cleanroom Wipes are absorbent, heavy weight, abrasion resistant and made from 100% no-run polyester.

Cellulose and polyester blend cloth is soft and lint-free; will not scratch surfaces or fall apart like paper wipes.

For ISO Class 6 applications

For ISO Class 6 applications

Polyester Wiper, Length: 230 mm, White, Packaging Quantity: 150Pack, Width: 230mm

For ISO Class 3 to 5 applications

For ISO Class 5 and 6 applications

Economical lightweight knitted wiper

For ISO Class 6 to 7 applications

For ISO Class 6 and 7 applications

For ISO Class 7 (Class 10,000) applications

100% continuous-filament, polyester knit fabric wipers made in the USA from virgin stock

For ISO Class 3 to 5 (Class 1 to 100) applications

High absorbency, abrasion resistant

Thick, cleanroom polyester knit wipers for rigorous wiping

For aseptic cleanrooms

Offers quality with superior absorbency

100% continuous-filament, double-knit polyester fabric. These wipers are laser cut (thermally sealed) polyester, laundered in an ISO Class 4. Ideal for all purpose applications in critical cleanrooms and higher environments.