Skip to main content

Texwipe TX7105 Mini AlphaMop Replacement Head (HEAD ONLY)

$101.00
(No reviews yet)
SKU:
TX7105
Availability:
10 - 14 Business Days
Shipping:
Calculated at Checkout
Type:
Dry Mop
Texwipe TX7105 Mini AlphaMop™ / Isolator Cleaning Tool™ Replacement Head Kit — 7" x 4" Head (Head Only)
TX7105 is a replacement head kit for Texwipe’s Mini AlphaMop™ / Isolator Cleaning Tool™ system used in isolators, glove boxes, biosafety cabinets, laminar flow hoods, and other small, hard-to-reach controlled-environment areas. This kit is intended for routine change-out to maintain a predictable cleaning geometry, preserve edge control, and keep your cleaning tool in spec as part of a disciplined contamination-control program.

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 (TX7105)
  • System: Mini AlphaMop™ / Isolator Cleaning Tool™ (replacement head kit)
  • Head size: (1) 7" x 4" (10 cm x 18 cm) thermoplastic mop head
  • Pad: (1) polyester pad (padded head assembly for consistent surface contact)
  • Fastening hardware: (2) fastening pins (as published)
  • Packaging: 1 kit / case (1 mop head with attached pad, as published)
  • Does not include: Handle(s) or mop covers
  • SOSCleanroom selling unit: Case (1 mop head)
  • Product type: Dry mop accessory / part
Low-linting performance starts with the cover — and a reality check
This replacement head kit is designed to support controlled cleaning with low particle and fiber generation when paired with appropriate Mini AlphaMop™ covers. Even so, no wiping or documentation material is truly “lint-free.” Treat mop covers, pads, and head assemblies as contamination-controlled components: control when they are opened, how they are transported, and what touches the working surface.

Where TX7105 fits in the Mini AlphaMop™ system
TX7105 replaces the mop head/pad assembly so operators can maintain predictable surface contact and edge control in tight spaces where wiping consistency matters more than mop size.
Component What it does Notes for qualification
TX7105 replacement head kit Restores head geometry and padded contact surface for consistent cleaning pressure and corner control Head kit is non-sterile; select sterile covers/pads when sterility is required by the program
Compatible handles (not included) Provides reach and operator control for isolators and access ports Use handle length that preserves control (avoid over-reach that increases contact force and streaking)
Mini AlphaMop covers (not included) Primary cleaning substrate; drives sorption, low-linting behavior, and residue control Your cover choice should be aligned to chemistry (e.g., disinfectants/solvents), surface finish sensitivity, and residue risk

Practical cleanroom use guidance (technicians and engineers)
  • Change frequency is a control: The Mini AlphaMop™ concept supports frequent cover/pad changes to limit cross-contamination. Treat change-out as part of your cleaning protocol, not a convenience item.
  • Use light, repeatable pressure: Excess pressure increases streaking, redeposition, and abrasion risk. Let the padded head and the cover do the work.
  • Control edges and corners: Use deliberate corner passes. Avoid “digging” the head into gasket lines or welds, which can snag covers and generate debris.
  • One-direction technique first: For critical surfaces, favor single-direction strokes and overlap lanes rather than scrubbing. If scrubbing is required, document it as an exception and re-clean with a controlled pass.
  • Glove and saturation discipline: Wet gloves and over-wet covers are common drivers of residue films and streaks. Use only the minimum wetting needed for the chemistry and allow adequate dwell and dry time per your SOP.

Compatibility and wipe-down notes (what is published vs. what you must qualify)
TX7105 is a head/pad assembly. Chemical compatibility and residue performance are primarily governed by the cover material and your solution chemistry.
  • Disinfectant/solvent compatibility: Align cover selection to the chemistry (e.g., alcohols, quats, sporicides) and qualify under your site conditions.
  • Surface sensitivity: Rounded edges help with scratch prevention in tight corners, but operator pressure and trapped grit are still the primary scratch drivers. Control pre-cleaning and cover change-out frequency.
  • Autoclave/sterility: TX7105 is published as non-sterile. If your program requires sterile introduction, use sterile components that are explicitly sterile-packaged and validated for your process.
  • Qualification reminder: If your SOP requires routine external wipe-down of tools before entry (e.g., IPA wipe-down), qualify the assembled tool (head + handle + cover) to confirm no residue, no material degradation, and no unexpected particle shedding.

Cleanroom environment (as published for the Mini AlphaMop™ series)
Published environment What it means operationally Practical control point
ISO Class 2 – 7 / Class 1 – 100,000 / EU Grade A – D Tooling is intended for use across a wide range of controlled environments when paired with appropriate covers and handling discipline Your facility’s introduction method (double-bag, wipe-down, pass-through, sterilization state) should be defined and audited
Shelf life: unlimited (mop heads/handles), as published Hardware can be stored long-term if packaging integrity and cleanliness are maintained Store clean, closed, and protected from abrasion; verify no dust loading before entry

Common failure modes 
  • Streaking / film left behind: Often from over-wetting, insufficient dwell control, or using a cover that is not matched to the chemistry. Reduce solution load, change covers more frequently, and validate technique.
  • Redeposition / cross-contamination: Driven by reusing covers past their control limit or touching non-controlled surfaces (cart handles, doors, glovebox exteriors) and returning to critical surfaces. Implement zone discipline and frequent change-outs.
  • Snagging and cover damage: Typically caused by sharp edges, fasteners, or aggressive corner pressure. Use controlled corner passes and replace the head kit when geometry or edges degrade.
  • Unexpected particles / shedding: Commonly from degraded pads/covers, poor storage (dust loading), or abrasion against rough surfaces. Keep components packaged until use and avoid dragging the head over rough transitions.
  • Residue transfer: Often from wet gloves handling the cover or touching page/labeling materials and then returning to cleaning. Keep the cleaning tool as a “single-purpose” controlled item during the task.

Storage and handling best practices
  • Keep the replacement head kit in original packaging until introduction into the controlled area.
  • Store away from cardboard dust, maintenance debris, and high-traffic staging areas where surface loading can occur.
  • Protect the head/pad surface from compression, abrasion, and tool-on-tool contact that can deform the pad or create scuffs.
  • Before use, inspect the head edges and pad attachment for integrity; replace if damaged to avoid snagging and shedding.
Documentation 
SOS-hosted Mini AlphaMop™ Technical Data Sheet (Effective: January 2013): Click Here
Texwipe manufacturer page (TX7105): Click Here
Texwipe Mini AlphaMop™ Series TDS (US-TDS-068, 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.

Check out our AI ChatBot powered by SOSCleanroom data libraries - give it a try!
 
THIS IS A NEW SOSCLEANROOM FEATURE FOR 2026!

Last updated: January 9, 2026
© 2026 SOS Supply. All rights reserved.
The Technical Vault Isolator & Detail-Zone Tool Control (Applied Use Case: Texwipe™ TX7105 Mini AlphaMop® Replacement Head — Head Only)

Purpose & Scope

The TX7105 is the replacement head for the Mini AlphaMop® platform—commonly used for isolators, RABS, gloveboxes, pass-throughs, and tight equipment interfaces. In these spaces, the mop head is not just a holder for a cover; it is a contact-control device. Head condition directly impacts edge access, pressure uniformity, and re-contact risk in confined work envelopes.

Visual Aids (Technique, Zoning, Lifecycle)

Use this graphic as a training reinforcement tool: stroke control, zone discipline, and lifecycle management of the complete mop system (head + 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

In isolators and detail zones, small technique differences create large outcome differences. A worn or misaligned head can change the way the cover contacts the surface, creating streaking, missed edges, or re-contact of cleaned areas during repositioning. Treat the head as a controlled tool: inspect it, dedicate it, and store it protected.

  • Pressure uniformity: uneven head flatness can create repeating “rail lines.”
  • Edge access: head geometry drives corner reach and seam cleaning effectiveness.
  • Re-contact risk: head deformation increases the chance of dragging used media across cleaned areas.

Inspection Points (Before Use & During Troubleshooting)

  • Flatness: confirm the head sits flat; warping can cause uneven wetting and streak rails.
  • Edges/corners: look for nicks or burrs that can snag covers or prevent full contact near seams.
  • Attachment interfaces: ensure secure coupling to handle and stable head control (no wobble).
  • Residue traps: inspect seams, joints, and connection points for dried chemistry buildup.
  • Cover retention: ensure the cover fastening method holds securely throughout short-stroke work.

Technique Implications (Mini Heads in Confined Spaces)

  • Short strokes: maintain consistent head orientation—avoid “rolling” onto edges during repositioning.
  • No re-contact: plan exits; do not drag the head back across cleaned surfaces with a used cover.
  • Controlled pressure: aggressive scrubbing can deform media and increase redeposition.
  • Cover change-out: mini work zones load covers quickly—change early rather than chasing contamination.

Storage, Segregation & Cross-Zone Prevention

Small heads are frequently moved between enclosures because they are “portable.” That portability is also the cross-contamination risk. Implement simple controls: dedicate by enclosure/zone, label clearly, and store in a protected location.

  • Dedicate by enclosure: assign a head to a specific isolator/line where possible.
  • Label storage: avoid “shared bins” that allow untracked cross-use.
  • Keep off uncontrolled surfaces: no floor/wall contact; define rack/cart staging points.
  • Include head wipe-down: incorporate routine wipe-down of the head body and connection points in SOP.

Objective Replacement Criteria (When to Retire a Head)

  • Warping: head no longer sits flat, causing repeated streak patterns.
  • Edge damage: nicks/burrs that snag media or prevent proper seam contact.
  • Loose interfaces: wobble at the handle connection or cover retention failure.
  • Persistent residue: dried chemistry buildup that cannot be removed via SOP-defined cleaning.

SOP & Audit Readiness Checklist (Head-Only Components)

  • Define head inspection points (flatness, edges, interfaces, residue traps).
  • Define head wipe-down and storage rules (protected, off-floor, no wall leaning).
  • Dedicate/label heads by enclosure/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 + chemistry + handling) and validated site practice.

© SOSCleanroom. All rights reserved.