Supplier: ITW-CONTAMINATION TEXWIPE

These wipes are constructed from a 100% melt-blown PP substrate that is pre-wetted with 70% isopropyl alcohol and 30% DIW (filtered through a 0,2 μm filter).

Supplier: ITW-CONTAMINATION TEXWIPE

These single-ply, heavyweight polyester sealed-border wipes offer the same capacity sorption as a two-ply wipe. They are suitable for all general purposes as well as for applying and removing large volumes of cleaning solutions and disinfectants.

Supplier: ITW-CONTAMINATION TEXWIPE

Vertex® wipes are the cleanest, most consistent, and most rigorously quality tested cleanroom wipes.

Supplier: ITW-CONTAMINATION TEXWIPE

The sealed-border technology used for these wipes produces four fully sealed borders to prevent the release of fibres and particles. The fabric is a no-run interlock, double knit from 100% continuous-filament polyester.

Supplier: ITW-CONTAMINATION TEXWIPE

These 100% melt-blown PP wipes are pre-wetted with a 0,2 µm filtered, 70% isopropyl alcohol/30% deionized water solution.

Supplier: ITW-CONTAMINATION TEXWIPE

These 2-ply double-knit 100% continuous-filament polyester wipes offer high sorbency performance.

Supplier: ITW-CONTAMINATION TEXWIPE

This wipe made of 55% non woven cellulose and 45% polyester fibre is pre-saturated with 6% IPA.

Supplier: ITW-CONTAMINATION TEXWIPE

Double-knit 100% continuous-filament polyester wipe is ideal for removal of process residues and broken wafer segments.

Supplier: ITW-CONTAMINATION TEXWIPE

These hot-cut polyester wipes are suitable for all-purpose cleaning in critical cleanroom environments.

Supplier: ITW-CONTAMINATION TEXWIPE

This 100% continuous filament polyester wipe with thermally sealed borders is engineered to have the lowest level of releasable particles and fibres for critical and sterile environments. The wipe is pre-wetted with 70% USP IPA.

Supplier: ITW-CONTAMINATION TEXWIPE

These 100% continuous filament, polyester knit fabric wipes with sealed edges offer a very soft feel and high sorptive capacity.

Supplier: ITW-CONTAMINATION TEXWIPE

SterileWipe™ HS II is a non woven cellulose/polyester-blend wipe offering both durability and absorbency. It is an excellent general purpose sterile wipe in areas where economy and cleanliness are of critical importance. Designed for cleaning and polishing equipment and environmental surfaces during and following production flow.

Supplier: ITW-CONTAMINATION TEXWIPE

TechniCloth® wipes are made from a hydroentangled, non woven blend of 55% cellulose and 45% polyester. This fabric blend combines the highly absorbent properties of a natural fibre with the cleanliness and strength of a synthetic wipe.

Supplier: ITW-CONTAMINATION TEXWIPE

These pre-wetted wipes are made of a fabric blend of 55% non woven hydroentangled cellulose and 45% polyester.

Supplier: ITW-CONTAMINATION TEXWIPE

This thick polypropylene and cellulose wipe is thermally bonded in a unique composite construction. The cellulose contributes to the product’s high sorption, while the PP provides the wipe with resistance to strong acids. With its very soft surface texture, it's is ideal for cleaning sensitive surfaces and delicate instruments.

Supplier: ITW-CONTAMINATION TEXWIPE

Sterile TexTra™ is a single-ply, double-knit, 100% continuousfilament polyester wipe that offers high-capacity sorption in a heavyweight, large surface area wipe. It is an economical alternative to two-ply polyester wipes and ideal for spill control as well as for cleaning pharmaceutical aseptic fill areas, biotechnology manufacturing facilities, and microbiological laboratories.

Supplier: ITW-CONTAMINATION TEXWIPE

SterileWipe™ LP 10 is a 100% continuous-filament polyester wipe with thermally sealed borders that have been designed to control particle and fiber contamination. The wipe is suitable for cleaning sterile environments such as pharmaceutical aseptic fill areas, biotechnology manufacturing facilities, microbiological laboratories, sterile suites and prep rooms.

Supplier: ITW-CONTAMINATION TEXWIPE

These wipes constructed from a hydroentangled polyester/cellulose blend are pre-wetted with 70% isopropyl alcohol and 30% DIW (filtered through a 0,2 μm filter). Each package is gamma irradiated to 10⁻⁶ Sterility Assurance Level.

Supplier: ITW-CONTAMINATION TEXWIPE

These 100% continuous filament, polyester knit fabric wipes are made from virgin stock and processed on Texwipe’s Vertex® manufacturing system. The Vertex® manufacturing process cleans and converts wipes in an integrated, hands-free micro environment. The wipes are manufactured in an ISO class 3 environment with a small physical footprint which provides for a more sustainable process.

Supplier: ITW-CONTAMINATION TEXWIPE

This ultra-clean Alpha® 10 wipe (sealed-border, 100% polyester) is pre-wetted with 100% semiconductor-grade isopropyl alcohol (IPA). With four sealed borders and ultralow particle release, the wipe provides maximum performance in critical environments.

Supplier: ITW-CONTAMINATION TEXWIPE

AlphaSat® with Vectra® AlphaSorb®10 incorporates ITW Texwipe's ultraclean AlphaSorb 10 sealed-border wipes (100% polyester) with 10% semiconductor-grade isopropyl alcohol (0,2 µm filtered) in an easy-to-use flatpack package.

Supplier: ITW-CONTAMINATION TEXWIPE

These 100% continuous filament polyester wipe with thermally sealed borders have been designed to control particle and fibre contamination. They are pre-wetted with 70% USP Isopropyl Alcohol (IPA) and 30% Water for Injection (WFI).

Supplier: KIMBERLY CLARK

These critical task wipes feature a 50% rayon/50% polyester spunlace blend base sheet with high water absorbency rate, plus excellent absorption efficiency and capacity.

Supplier: ITW-CONTAMINATION TEXWIPE

These mop covers are constructed from 100% continuous-filament polyester in a double-knit, no-run interlock pattern.

Supplier: VWR Collection

Treated 45% polyester/55% cellulose, non woven wipes.

Supplier: VWR Collection

This wipe is made from a hydroentangled blend (45% polyester and 55% cellulose) that combines the strength and cleanliness of synthetic polyester with the high absorbency of cellulose.