Available Quantity Option: Bag or Case
Bag Unit: 100 Wipers Per Bag (5 Inner Bags of 20 Wipers)
Case Unit: 5 Bags of 100 Wipers Per Case
TX3052 Sterile Vertex 12" x 12" Microdenier Sealed Edge Cleanroom Wiper
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 TX3052 is 100% polyester double-knit microdenier wipers made in the USA by Texwipe’s revolutionary Vertex process, a hands-free wiper cleaning system. Vertex wipers are the cleanest, most consistent and most rigorously quality tested cleanroom wiper. The microdenier yarn has four times the number of filaments and twice the surface area in the yarn bundle compared to standard polyester wipers which increases wiping efficiency and creates the soft hand that is so uniquely characteristic of this microdenier wiper. It does not leave behind a barrier layer and is able to capture more particles within the fiber bundle. Quarterly Agar Overlay and LAL testing assures that wipers do not contribute cytotoxic leachables and are nonprygenic.
ITW Texwipe TX3052 Features:
- Microdenier yarn
- Very tight, stable fabric construction
- Gamma irradiated in accordance with ANSI/AAMI/ISO 11137
- Certificates of Processing and Compliance are attached to each case
- Quarterly microbial testing by Agarose Overlay and Limulus Amebocyte Lysate (LAL) endotoxin testing
- Increased surface area of microdenier yarn
ITW Texwipe TX3052 Benefits:
- Removes disinfectant residue more effectively than standard knit wipers
- Provides less change of catching on surface and breaking yard filaments
- Meets Sterility Assurance Level of 10-6
- Confirms radiation dose met specified dose at time of receiving
- Meets FDA Guideline for medical device bacterial endotoxin limit of not more than 20 EU/device
- Ability to contact surface irregularities
- Demonstrated ability to capture microbial contamination (98% bacterial contamination reduction demonstrated)