Texwipe TX7112 ClipperMop 7" Replacement Head (HEAD ONLY)

Description
Technical Vault

Texwipe TX7112 ClipperMop™ 7" Replacement Head (Head Only) — 7" x 4" (17.8 cm x 10 cm), Non-Sterile

TX7112 is the 7" x 4" replacement head assembly for the Texwipe ClipperMop™ system (used with the TX7102 7" ClipperMop kit). It restores the head geometry and clip interface so technicians can continue using validated cleanroom wipers as a mop substrate, supporting frequent substrate changes and consistent contact on floors, walls, ceilings, isolators, hoods, and confined areas.

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 in critical environments: it supports continuity of supply, stable product lineage, and fast access to the manufacturer documentation your QA/QC team expects.

Published configuration (TX7112)

Product type: ClipperMop™ replacement head assembly (head only)
Head size: 7" x 4" (17.8 cm x 10 cm)
Sterility: Non-sterile
Head construction (system description): Celcon® thermoplastic mop head with clips and a flexible polyester pad for improved wiping efficiency
Clip system (system description): Four polyethylene clips tethered to the head with nylon fasteners for securing one or multiple wipers
Compatible wiper sizes (ClipperMop series): Standard 9" x 9" or 12" x 12" cleanroom wipers (selected per process and surface)
Use with: TX7102 7" ClipperMop™ kit (head + handle assembly)
Packaging: 1 replacement mop head / case
SOSCleanroom selling unit: Case (1 replacement head)

Low-linting intent — and the reality check

The ClipperMop™ attachment method is designed so wipers can be secured without abrasive hardware and with frequent changes aligned to strict cleaning protocols. Even so, no wiping setup is truly free of particle and fiber risk. Treat the head, clips, and the selected wiper as a contamination-controlled assembly: control when it is opened, where it is staged, and what surfaces it contacts between passes.

How TX7112 supports critical cleaning (system-level intent)

Design element	Why it matters in critical environments	Operator control point
Tethered clip system (polyethylene clips + nylon fasteners)	Enables frequent wiper changes without qualifying dedicated mop covers; supports protocol compliance through fast substrate replacement	Replace wipers at defined limits; keep clips fully seated to avoid slippage and chatter
Flexible polyester pad (conformability)	Helps the wiper conform to minor surface irregularities, improving contact uniformity and reducing missed lanes	Avoid over-pressure (a common cause of streaking and redeposition); let the pad do the conforming
7" x 4" small head geometry	Improves access in tight spaces and near equipment exteriors; supports controlled edge work and reduced collision risk	Use deliberate lane overlaps; avoid rapid direction changes that can flick droplets or drag contaminants

Practical cleanroom use guidance (technicians and engineers)

Use wipers you already qualify: ClipperMop™ is intended to use standard cleanroom wipers (9" x 9" or 12" x 12"). Standardize by process: one wiper family for surface wiping and mopping can reduce variables in investigations.
Frequent substrate changes are the point: The tethered clip approach supports frequent wiper replacement. Define a change-out trigger (time, area covered, visible load, or solution carryover) and enforce it.
Lane control: Work in one direction with controlled overlap. Avoid “back-and-forth” scrubbing unless your SOP explicitly calls for it (and then follow with a controlled finishing pass).
Pressure discipline: Too much pressure increases streaking, forces contaminants into surface texture, and accelerates abrasion on the wiper and pad.
Clip engagement check: Before entering the controlled area, confirm each clip is fully seated and the wiper corners are captured consistently to prevent slipping and chatter.

Compatibility and chemical-use notes (qualification-focused)

Wiper compatibility: Designed to use standard 9" x 9" or 12" x 12" cleanroom wipers (dry, pre-wetted, sterile, or non-sterile selections are process-dependent).
Solution/disinfectant compatibility: Published use includes applying and removing solutions and disinfectants. Residue performance and streaking are primarily governed by the selected wiper and the chemistry; qualify the full assembly under your conditions.
Sterility planning: TX7112 is non-sterile. If your program requires sterile introduction, select sterile components and follow your facility’s sterile transfer and documentation requirements.
Sterilization methods (system statement): The ClipperMop™ system is published as compatible with sterilization by gamma irradiation, chemicals, vaporized hydrogen peroxide (VHP), or ethylene oxide (EO). Confirm compatibility for your exact configuration and SOP.

Cleanroom environment (ClipperMop™ series, as published)

Published environment	Operational interpretation	Best practice
ISO Class 3 – 7	Designed for controlled environments where low particle and residue control are required	Define introduction method (bagging, wipe-down, pass-through) and audit it
Class 1 – 10,000	Supports use in high-stringency programs when paired with qualified substrates and SOP discipline	Use controlled strokes; change substrates frequently to avoid redeposition
EU Grade A – D	Applicable across aseptic support areas depending on sterility state and local procedures	Align sterility state (sterile/non-sterile) with room classification and transfer controls

Common failure modes

Streaking / film: Usually from over-wetting, poor dwell control, or using a wiper/chemistry pairing that leaves residue. Reduce solution load, control dwell time, and qualify the substrate/chemistry combination.
Redeposition / cross-contamination: Common when operators reuse the same wiper too long or move between zones without changing substrates. Enforce zone discipline and frequent substrate changes.
Wiper slippage from clips: Typically from incomplete clip seating or inconsistent corner capture. Perform a clip engagement check before entry and after any collision/contact event.
Pad degradation / uneven contact: Over time, the pad can deform or become loaded. Replace the head assembly when contact becomes inconsistent or when the pad no longer conforms.
Particle pickup from staging: Placing the head on uncontrolled surfaces (carts, floors, cardboard) can load particles that then transfer to critical areas. Stage on controlled surfaces only and keep the assembly bagged until use.

Storage and handling best practices

Keep the replacement head in original packaging until introduced into the controlled environment.
Protect the clip interface from impacts; clipped hardware that is bent, loose, or contaminated can drive slippage and redeposition risk.
Store away from cardboard dust and maintenance debris; use a clean drawer or sealed tote appropriate to your gowning/transfer flow.
Before use, inspect the head, clips, and pad; if the pad is deformed or loaded, replace the head assembly rather than forcing performance.

Documentation

SOS-hosted Texwipe datasheet (DS-7102, Effective: December 2009): Click Here

Texwipe manufacturer page (TX7112): Click Here

Texwipe ClipperMop™ Series Technical Data Sheet (US-TDS-058, Rev. 11/21): 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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Last updated: January 9, 2026
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The Technical Vault Detail-Zone Tool Control (Applied Use Case: Texwipe™ TX7112 ClipperMop™ 7" Replacement Head — Head Only)

Purpose & Scope

The TX7112 is the replacement head for the ClipperMop™ 7" platform—used for corners, thresholds, equipment bases, cart paths, and other tight/high-soil zones. In detail cleaning, the head is not just a “holder”; it is the device that controls contact geometry, pressure distribution, and edge access. Head condition and handling discipline are often the difference between repeatable cleaning and persistent streaking.

Visual Aids (Technique, Zoning, Lifecycle)

Use this graphic as a training reinforcement tool: stroke discipline, zone control, and tool lifecycle management (head + pads/covers + handling).

Cleanroom mopping technique (unidirectional vs figure-8), cleanroom zoning map concept, and mop head lifecycle diagram

Implementation note: Head-only components are durable, but still require inspection, segregation, and controlled handling in critical zones.

Why a Replacement Head Is a Contamination-Control Component

Detail-zone cleaning uses shorter strokes, more repositioning, and higher soil loading—so small head issues show up quickly. A worn, warped, or residue-loaded head can cause repeatable rail lines, missed edges, or re-contact of cleaned surfaces during repositioning. Treat the head as a controlled tool: inspect it, dedicate it, and store it protected.

Pressure uniformity: head flatness drives consistent contact and reduces striping.
Edge access: head geometry determines how well seams, corners, and radii are cleaned.
Re-contact risk: deformation increases the likelihood of dragging used media across cleaned areas.

Inspection Points (Before Use & During Troubleshooting)

Flatness: confirm the head sits flat; warping can create repeating streak rails.
Edges/corners: inspect for nicks/burrs that can snag covers or prevent proper seam contact.
Attachment interface: ensure secure coupling to the handle and stable head control (no wobble).
Residue traps: inspect seams, joints, and fastening points for dried chemistry buildup.
Retention function: ensure the cover/pad fastening mechanism holds securely during short-stroke work.

Technique Implications (7" Head in High-Soil Zones)

Short, controlled strokes: avoid “rolling” the head onto an edge while turning or repositioning.
No backtracking with loaded media: reposition without dragging used material across cleaned surfaces.
Controlled pressure: aggressive scrubbing can drive redeposition and increase streaking.
Early media change-out: thresholds/corners load covers quickly—change early rather than chasing streaks.

Storage, Segregation & Cross-Zone Prevention

ClipperMop heads are portable and commonly shared between rooms—often unintentionally. Portability is useful, but it is also a cross-contamination risk. Implement simple controls: dedicate by room/zone, label clearly, and store in a protected location.

Dedicate by zone: avoid moving heads between rooms unless SOP defines decontamination steps.
Label storage: avoid shared bins that allow untracked cross-use.
Off-floor storage: define rack/cart staging points; prohibit wall leaning where possible.
Head wipe-down: include routine wipe-down of head body and fastening points in SOP.

Objective Replacement Criteria (When to Retire a Head)

Warping: head no longer sits flat, causing persistent striping or repeating rail lines.
Edge damage: nicks/burrs that snag media or block seam contact.
Loose interfaces: wobble at handle connection or retention failure during use.
Persistent residue: dried chemistry buildup that cannot be removed via SOP-defined cleaning.

SOP & Audit Readiness Checklist (ClipperMop Heads)

Define head inspection points (flatness, edges, interfaces, residue traps, retention function).
Define head wipe-down and storage rules (protected, off-floor, no wall leaning).
Dedicate/label heads by room/zone and chemistry family where applicable.
Define objective retirement criteria (warping, edge damage, looseness, persistent residue).
Include head condition as a root-cause category in streaking/redeposit investigations.

Disclaimer: This Technical Vault content is provided for educational purposes only. Manufacturer instructions, facility SOPs, and site-specific risk assessments must always take precedence. Cleanroom suitability and contamination performance are determined by the complete system configuration (head + covers/pads + chemistry + handling) and validated site practice.