TX5831 Green Cleanroom Paper

Description
Technical Vault

Texwipe TX5831 TexWrite® Medium-Weight Cleanroom Paper — 8.5" x 11", Green (Loose Sheets)

TX5831 is Texwipe’s TexWrite® 22 cleanroom bond paper in green for controlled documentation and fast visual segregation inside critical environments. It is designed to substantially reduce the risk of particle generation associated with standard papers while maintaining strong performance in laser printers, photocopiers, and offset printing workflows.

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. That relationship matters for documentation control programs: continuity of supply, consistent product lineage, and dependable access to manufacturer documentation used for qualification and audit readiness.

Where technicians and engineers use TX5831

Color-coded controlled documentation to reduce mix-ups between cleanroom docs and office paper (green is often used to separate projects, shifts, or areas).
Printed and copied forms used at point-of-use (travelers, checklists, calibration logs, maintenance records, equipment logs).
Offset printing and controlled manuals/work instructions where paper dusting and particle shedding must be managed.
Document staging on carts and stations where airflow and movement can mobilize paper debris if handling is not disciplined.

Low particle intent — and the reality check

Cleanroom paper is chosen to reduce contamination risk versus standard paper, but no paper product is truly “lint-free.” The outcome depends on handling discipline: avoid abrasion, avoid fanning sheets in airflow, and keep documents out of first-air near exposed product or critical surfaces.

Published configuration

SKU: TX5831
Sheet size: 8.5" x 11"
Color: Green
Format: Loose sheets
Quantity option (case): 10 packs per case (250 sheets per pack)
Listed weight: 28.00 lbs
Availability: 7–10 business days

Materials and contamination-control approach

Polymer-reinforced cellulose: TexWrite® 22 is reinforced with a synthetic copolymer to help reduce particle generation compared with conventional bond paper.
Mineral filler avoidance (published concept): TexWrite® is described as formulated without inorganic mineral fillers (examples commonly listed include calcium carbonate, titanium dioxide, and aluminum silicate) that can contribute to ionic contamination.
No natural latex binders (published feature): Selected to avoid latex-associated reactions and help standardize material behavior in controlled environments.
Precision-cut edges (published feature): Reduces edge variability and helps reduce handling-generated paper dusting during separation and staging.

Compatibility notes (IPA/DI wipe-down tolerance and sterilization)

Autoclave use: TexWrite® 22 is commonly described as autoclave safe for use in sterile environments. If your process sterilizes paper, qualify under your exact cycle (temperature, time, packaging configuration, and post-cycle handling) and confirm readability/handling performance remains acceptable.
Loose-sheet wipe-down: Wipe-down tolerance of paper with IPA or DI water is typically not published as a “wipeable paper” specification. As a contamination-control practice, avoid wiping loose sheets directly unless your SOP requires it and you have qualified the behavior (curl, tide marks, residue, fiber/particle release, toner/ink stability).
Best-practice alternative: Use document sleeves, dedicated clean clipboards, and covered document bins to keep paperwork clean without solvent contact.
Print/copy handling: Allow freshly printed pages to cool and “set” before tight stacking or inserting into sleeves to reduce toner offset and transfer risk.

Particle-shedding risk management

Keep packs sealed: Stage only what the shift needs. Keep remaining sheets sealed to reduce airborne deposition and edge scuffing.
No fanning in airflow: Separate sheets slowly and deliberately. Fanning increases abrasion and can mobilize particles.
Dedicated document zone: Keep paper off process benches where oils, silicones, and residues can transfer. Use a clean tray or a dedicated writing board.
Glove discipline: Do not handle documentation with solvent-wet gloves. Wet gloves drive smearing, residue transfer, and can increase paper dusting after dry-down.
Static control awareness: In low humidity, paper can attract fines. Store flat in a closed, clean container and minimize exposed stack time.

Common failure modes

Paper dusting / particle shedding: Usually driven by edge scuffing, aggressive separation, and rubbing sheets on benches or carts. Prevent with sealed staging, slow separation, and controlled transport.
Smearing / toner offset: Often caused by stacking pages before toner cool-down or handling with wet/solvent-contact gloves. Prevent with print cool-down time and glove moisture control.
Residue transfer: Happens when documents contact contaminated surfaces or sleeves. Prevent with dedicated document trays and clean sleeves.
Static attraction: Fine particles cling to paper in low RH. Prevent with closed storage, minimal rubbing during transport, and facility ESD/environmental controls as applicable.
Jams / curl: Typically driven by humidity swings, dirty pickup rollers, or overfilled trays. Prevent with printer housekeeping and loading from sealed packs.

Typical performance and contamination characteristics

The values below are presented in TexWrite® 22 family documentation as typical analyses. Use them to inform qualification planning and contamination-risk reviews, not as acceptance specifications.

Property	Typical value (TexWrite® 22)	Notes
Basis weight	80 g/m²	TexWrite® 22 family typical
Caliper	5.0 mil	TexWrite® 22 family typical
Opacity	74%	TexWrite® 22 family typical
Surface resistivity	2.6 × 10⁹ ohms (also shown as 2.6 × 10¹⁰ ohms/sq)	Typical value shown with RH condition in family documentation
Particles (>0.5 µm)	4.8 million particles/m²	Typical contamination characteristic
Sodium	85 ppm	Typical ion extractable
Chloride	50 ppm	Typical ion extractable

Storage and handling best practices

Store flat in original cleanroom packaging; open only at point of use.
Segregate cleanroom paper from office paper to prevent accidental introduction of high-shedding paper into controlled areas.
Use closed bins/drawers for staged packs; avoid open shelving near returns or high-traffic airflow paths.
If used for controlled records, standardize printer model/settings and define an acceptance check (legibility, toner adhesion, no offset transfer after cool-down).

Documentation

SOS-hosted ITW Texwipe datasheet (DS-5812; includes TX5831): Click Here

Texwipe manufacturer page (TX5831): Click Here

Texwipe Technical Data Sheet PDF (TexWrite® bond papers; includes TexWrite® 22): Click Here

If you have any questions please email us at Sales@SOSsupply.com or give us a call at (214)340-8574.

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The Technical Vault

By SOSCleanroom

Cleanroom documentation paper

TexWrite® 22 (polymer reinforced)

Green, easy visual control

Cleanroom packaged

Texwipe TX5831 TexWrite® 22 Green Cleanroom Paper (8.5" x 11") — cleaner documentation with lower ionic and particle risk

Shown: Texwipe TX5831 TexWrite® 22 green loose sheets (8.5" x 11").

1) Practical solutions in a critical environment

Ordinary office paper can quietly become a contamination source: torn edges release fibers, mineral fillers can contribute ionic background, and powdery surfaces can shed when rubbed against gloves, carts, or stainless workstations. TX5831 is designed for documentation where legibility and traceability matter, but the paperwork itself cannot become the problem. It is reinforced with a synthetic copolymer and cleanroom packaged, with the manufacturer positioning it to reduce particle generation compared with standard papers.

2) What this product is used for

Cleanroom manuals, work instructions, and controlled copies stored near the point of use.
Batch records, travelers, log sheets, and maintenance checklists where pages are handled repeatedly.
High-speed laser printers and photocopiers for controlled document sets and shift packets.
Color-based visual management (green) to support line clearance, shift segregation, or area/project differentiation.

3) Why customers consider this product

Reduced particle-generation risk versus ordinary paper; reinforced with a synthetic copolymer.
Green color helps distinguish cleanroom documentation and reduces mix-ups during line clearance and room transitions.
Strong heat resistance and excellent toner adhesion for laser/photocopy workflows (manufacturer-stated).
Formulated without inorganic fillers that can contribute to ionic contamination (manufacturer-stated).
Cleanroom packaged for controlled introduction and better receiving/inspection discipline.

4) Materials, composition, and build

TexWrite® 22 is described as cellulose paper with a polymer reinforcement (synthetic copolymer saturant). The reinforcement is intended to reduce particle generation while maintaining strength and heat resistance.

Formulated without inorganic fillers such as calcium carbonate, titanium dioxide, or aluminum silicate. Precision-cut edges are called out to reduce edge shedding and maintain dimensional stability.

5) Specifications in context

Attribute	TX5831 (as published)
Product family	TexWrite® 22 cleanroom loose leaf sheets
Color	Green
Sheet size	8.5" x 11" (21.6 cm x 28 cm)
Packaging (inner/outer)	250 sheets/pack; 10 packs/box (case); 2,500 sheets total
Cleanroom environment guidance	ISO Class 3–8; Class 1–100,000; EU Grade A–D (manufacturer-stated)
Typical particles (>0.5 µm)	4.8 million particles/m² (typical; TexWrite® 22)
Typical ions (TexWrite® 22)	Sodium 85 ppm; Chloride 50 ppm (typical)
Typical basis weight	80 g/m² (typical)
Typical caliper	5.0 mil (typical)
Typical opacity	74% (typical)
Typical surface resistivity	2.6 x 10⁹ ohms (typical; not labeled as dissipative/conductive in cited sources)

6) Performance and cleanliness considerations

Stationery failures rarely announce themselves as “paper issues.” They show up as unexplained particles on an adjacent work surface, toner dust on gloves, fibers on stainless, or a slow drift in ionic background. TexWrite® is positioned to address those mechanisms through polymer reinforcement, precision-cut edges, and a filler-free formulation.

For programs that track contamination quantitatively, Texwipe publishes typical cleanliness metrics for TexWrite® 22. Treat those values as typical analyses (not specifications) and align them to your internal acceptance limits.

7) Packaging, sterility, traceability, and country of origin

Packaging: 250 sheets per pack; 10 packs per case (2,500 sheets total); cleanroom packaged.
Sterility: Not published as sterile for TX5831 in the cited source basis. Manufacturer notes “autoclavable”; confirm sterility intent and qualification pathway internally.
Traceability: At receiving, capture case labels/identifiers and store packs intact until use. Keep a sample label with your batch record when paper is used for controlled documentation sets.
Country of origin: Made in USA (manufacturer-stated in Technical Data Sheet).
Program continuity: 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.

8) Best-practice use

Introduce it like a cleanroom material: bring sealed packs into the room per your gowning/material transfer practice.
Control where paper lives: store in a closed cabinet or labeled bin, not on an open cart.
Printer discipline: keep the printer area “dry” and allow surfaces to dry before handling prints.
Line clearance: pair the green color cue with a simple receiving check: correct color, correct part number, correct packaging count.
Autoclave claims require discipline: qualify the process for your autoclave cycle, ink/toner behavior, legibility, and any page deformation.
Solvent exposure: solvent-resistance performance for writing media is not published in the source basis—validate your pen/marker/toner choice and dry time under your actual wipe-down conditions.

9) Common failure modes

Edge shedding from rough handling: tearing stacks, sliding sheets across textured gloves, or storing packs partly open.
Toner or graphite transfer: stacking freshly printed sheets or rubbing against garments/gloves can move toner dust.
Smear/legibility loss after wipe-down events: moisture and cleaning chemistry can smear many inks; the source basis does not publish chemical-resistance guarantees for markings.
Color-control drift: green paper used inconsistently breaks line-clearance intent. Treat color as a controlled attribute.
Unqualified autoclave use: paper distortion, curl, or post-cycle legibility changes unless the method is qualified.

10) Closest competitors

Berkshire cleanroom documentation paper (compare published cleanliness metrics, packaging, and ISO guidance).
Valutek cleanroom paper sheets (compare published ion/particle data and packaging/traceability approach).
Contec/Ansell cleanroom documentation paper options (compare environmental guidance and published contamination performance).

11) Critical environment fit for this product

Manufacturer guidance places TexWrite® loose leaf sheets in ISO Class 3–8 environments (and legacy Class 1–100,000) and EU Grade A–D.

TX5831 is a cellulose-based paper with polymer reinforcement. For processes that explicitly prohibit cellulose in the most ultraclean zones, align the paper choice to your facility’s material restrictions and risk assessment.

12) SOSCleanroom note about SOPs

The Technical Vault is written to help customers make informed contamination-control decisions and improve day-to-day handling technique. It is not your facility’s Standard Operating Procedure (SOP), batch record, or validation protocol.

Customers are responsible for establishing, training, and enforcing SOPs that fit their specific risks, products, equipment, cleanroom classification, and regulatory obligations. Always confirm material compatibility, cleanliness suitability, sterility requirements, and acceptance criteria using your internal quality system and documented methods.

If you adapt any technique guidance from this entry, treat it as a starting template. Your team should review and approve the final method, then qualify it for your specific surfaces, solvents, cleanliness limits, inspection methods, and risk profile.

13) Source basis