Available Quantity Option: Bag or Case
Bag Unit: 100 Wipers Per Reclosable Bag
Case Unit: 12 Bags of 100 Wipers Per Case
TX1045 TechniSat 6" x 8" Cellulose/Polyester Cleanroom Wiper Pre-Wetted 70% IPA
*This item is considered a Consumer Commodity ORM-D shipment and can only be shipped Ground
ITW Texwipe is a worldwide leader in contamination control supplies and critical cleaning products including lint free clean room wipers, cleanroom swabs, cleanroom stationery, sterile products, adhesive mats and more.
ITW Texwipe TX1045 TechniSat incorporates a pre-wetted fabric blend of non woven hydro-entangled 55% cellulose and 45% polyester. This fabric combines the highly absorbent properties of a natural fiber with the cleanliness and strength of a synthetic fiber. It offers low particle counts, low extractable levels and solvent compatibility. TechniSat wipers are pre-wetted with isopropyl alcohol/deionized water solutions filtered to 0.2 μm. The wipers are packaged in a resealable bag.
ITW Texwipe TX1045 Features:
- Wipers pre-wetted with accurately diluted,measured volumes of high-purity IPA/deionized water solution
- Convenient, resealable bag
- Packaged in SolventSafe plastic that can be wiped down prior to introduction into the cleanroom
- Variety of configurations to a wide of applications
ITW Texwipe TX1045 Benefits:
- Eliminates problems associated with purchasing, storing, filtering, diluting and mixing alcohol
- Eliminates maintenance of squirt bottles
- Offers portion and VOC control with optimally wetted wipers
- Delivers premeasured amount of high-purity alcohol to the surface
- Provides strong,soft pre-wetted wiper for rapid wipe downs
- Offers low particle generation and low levels of solvent extractables
ITW Texwipe TX1045 Applications:
- Designed for cleaning the exterior of production and laboratory equipment
- Ideal for cleaning environmental cleanroom surfaces during and following the production flow
- Suitable for wiping of production equipment requiring low solvent extractables and low particle generation