Texwipe TX5740 TexWrite 8.5" x 11" White Spiral Notebook for Cleanrooms

Product image shown from the SOSCleanroom listing.

In cleanrooms and other controlled environments, documentation is part of contamination control. A notebook that sheds fibers, smears ink, or transfers residue can turn routine note-taking into a particle or rework event. TX5740 is designed for day-to-day documentation where you need legible, repeatable writing without introducing the common stationery failure signatures: paper dust, ink flake, smearing, cover abrasion, and loose binding debris.

Typical use cases include maintenance logs at gowning/airlocks, equipment cleaning sign-offs, engineering change notes, batch record support notes, and controlled “traveler” annotations where supervisors need to read and verify entries quickly during line clearance.

• Note taking and data recording in cleanrooms and controlled environments.
• Record keeping, data transfer, observations, and work-in-process notes supporting batch records and deviation investigations.
• Facilities and engineering documentation (PM checklists, work orders, line clearance sign-offs).
• Shift handover notes where consistent legibility and reduced smearing matter under gloves and frequent wipe-down workflows.

• Designed to reduce particle and fiber generation compared with everyday office notebooks (manufacturer positioning for TexWrite cleanroom bond).
• Pages printed with IPA-resistant, low-sodium ink to reduce ionic contamination and support alcohol wipe-down practices.
• High-density polyethylene cover described as chemical resistant.
• Spiral binding and fully rotating pages allow the notebook to lie flat for quicker, more consistent entries during gloved work.
• Cleanroom packaged for more controlled introduction than general-use stationery.

Texwipe describes TX5740 as a spiral-bound cleanroom notebook with high-density polyethylene covers, plastic spirals, and TexWrite cleanroom paper. The current Texwipe product page describes the paper as a “copolymer cleanroom paper” and also states “no natural latex binders.” An older datasheet copy hosted by SOSCleanroom describes “latex-impregnated cleanroom paper.” When your internal risk assessment is sensitive to latex-related concerns, rely on the most current manufacturer statement and confirm acceptance criteria through your quality system.

Practical receiving cue: verify the cover and spiral are intact (no cracking, chips, or sharp edges) and that the first few pages turn without binding.

The typical contamination profile for TX5740 is published in the Texwipe technical data sheet as representative analyses (not specifications).

TX5740’s printed pages are described as using IPA-resistant ink; however, resistance to other solvents and disinfectants (ethanol, quats) is not published in the source basis. If your workflow includes frequent disinfectant wipes on documentation, qualify your writing instruments and dry time as part of line clearance.

ESD handling note: a typical surface resistivity value is published in the technical data sheet, but there is no explicit claim that the notebook is “dissipative” or “conductive.”

• Packaging: 10 notebooks per case. Described as cleanroom packaged.
• Sterility: Not published in the source basis.
• Autoclave: Autoclaving is not recommended (manufacturer statement).
• Country of origin: Made in USA (per Texwipe TDS).
• Traceability tip: log the case label information into your material receipt record and store notebooks in original packaging until release to the floor.

For over 35 years, SOS and Texwipe have been close partners, and SOSCleanroom is the authorized Master Distributor of ITW Texwipe for the United States market.

• Zone control: assign notebooks to a room/area and avoid carrying them across uncontrolled corridors without a defined transfer method.
• Glove discipline: keep a “writing glove” or fingertip cover practice to reduce ink transfer and page smudge during long entries.
• Dry time check: standardize a brief dry time before turning pages.
• Wipe-down reality: if you wipe covers with IPA, use light pressure and avoid scuffing the spiral against stainless edges.
• Line clearance: do a routine visual scan for torn corners, loose spiral fragments, or cover damage before the notebook enters the critical zone.

• Ink smear and transfer: typically caused by quick page turns, heavy ink load, or writing instrument mismatch.
• Spiral abrasion debris: spiral edges can scrape stainless, carts, or drawer slides; store notebooks flat or in dedicated holders.
• Cover scuffing and particle fallout: rough handling in toolboxes or maintenance carts can damage covers; retire notebooks with cracked covers.
• Uncontrolled migration between zones: define a transfer method before moving notebooks into cleaner spaces.

Common alternatives include cleanroom stationery from Micronova and Berkshire, as well as other ITW Texwipe TexWrite formats (different sizes and binding styles).

Selection shortcut: if your dominant risk is wipe-down and chemical exposure, prioritize cover material and ink behavior; if your dominant risk is particle sensitivity, prioritize documented particle/fiber performance data and packaging discipline.

Texwipe lists TX5740 for use across ISO Class 3–8 (EU Grade A–D), supporting controlled documentation where reduced particle/fiber generation and cleaner inks are desired.

If your environment requires sterile documentation materials, sterility is not published in the source basis and should be confirmed through your procurement and quality process before adoption.

• SOSCleanroom product page (TX5740)
• Manufacturer product page (Texwipe TX5740)
• SOS-hosted PDF (Texwipe notebook datasheet copy)
• Texwipe TDS PDF (TexWrite Cleanroom Spiral Notebooks, TEX-LIT-TDS-046 Rev.01-07/18)
• ISO
• FDA
• ASTM
• IEST