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TX7118F AlphaMop Polyester Cleanroom Replacement Foam Pads (Refills)

Texwipe TX7118F AlphaMop Polyester Cleanroom Replacement Foam Pads (Refills)

$163.55
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SKU:
TX7118F
Availability:
7 - 10 Business Days
Shipping:
Calculated at Checkout
Quantity Option (Case):
75 Foam Pads and 12 Clips Per Case (3 Bags of 25 Pads and 4 Clips)
Type:
Dry Mop
Texwipe TX7118F AlphaMop™ Polyester Pad Replacement Kit — 8" x 15" Pads, Non-Sterile (75 Pads/Case)
TX7118F is a replacement pad kit for the AlphaMop™ flat-mop system, used to keep the mop cover properly cushioned and conforming when cleaning floors, walls, and ceilings in controlled environments. Each kit case includes three inner bags of pads (25 pads per bag) plus fastening pins to secure pads to the AlphaMop head assembly. In practice, these pads help technicians maintain consistent surface contact across textured flooring, coved transitions, wall panels, and hard-to-reach areas where “skipping” or uneven contact can leave residues behind.

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 critical-environment cleaning programs because it supports continuity of supply, stable product lineage, and fast access to the manufacturer documentation your QA/QC team expects.
Published configuration (TX7118F)
  • Product type: AlphaMop™ pad replacement kit (pads + fastening pins)
  • Pad size: 8" x 15" (packed)
  • Sterility: Non-sterile
  • Inner pack: 25 pads + 4 fastening pins per bag
  • Case pack: 3 bags per case (75 pads + 12 fastening pins per case)
  • Cleanroom packaging: Double-bagged inner packaging (for easier controlled-environment introduction)
  • Compatible systems: For use with AlphaMop™ TX7108 (and AlphaMop™ autoclave-safe head assemblies where specified by the program)
  • SOSCleanroom listing notes: Case quantity option published as “75 foam pads and 12 clips/pins per case (3 bags of 25 pads and 4 clips/pins)”
Low particle / low-linting intent — and the reality check
AlphaMop™ components are designed for controlled cleaning with low particle and low-linting behavior compared with conventional floor-care tools. Even so, no mop component is truly “zero particle.” Treat pads and covers as contamination-controlled process items: control staging, bag opening, change frequency, and cross-contamination barriers the same way you would for wipes and swabs.
How TX7118F fits into the AlphaMop™ cleaning system
  • Purpose of the pad: The pad provides a cushion layer so the mop cover maintains consistent contact with the surface, which improves removal of residues and helps reduce streaking when applying or removing solutions.
  • Change strategy: Pads are typically changed when compression set, tearing, pin loosening, or visible contamination is observed, or when the facility SOP defines a maximum use time/area coverage limit.
  • Fastening pins: Fastening pins secure pads to the head assembly. Correct pin placement and verification before entry into the clean area helps prevent pad shift, snagging, and particle generation from abrasion.
  • Protocol alignment: AlphaMop™ is designed to support “quick-change” behavior (frequent surface refresh) to reduce cross-contamination risk during critical cleaning.
Practical cleanroom use guidance (technicians and engineers)
  • Bag opening discipline: Stage the case outside the controlled area per SOP, then introduce only the needed inner bag(s). Open inner packaging slowly to reduce air disturbance and particle mobilization.
  • Pin verification step: After fastening the pad, perform a quick “edge sweep” check (gloved fingertip around the perimeter) to ensure no lifted corners and that pins are fully seated before installing the cover.
  • Conformance matters on textured floors: If you see pattern streaking, missed valleys, or “chatter” marks, it is often a pad compression/fit issue (or over-wringing). Replace the pad and confirm cover fit before changing chemistry.
  • Cross-contamination control: Treat pads as zone-specific consumables. Do not move pads between rooms/grades. Use color/label controls or dedicated carts if your program uses area segregation.
  • Change frequency is a control knob: For critical environments, increasing change frequency is one of the simplest controls to reduce redeposition and bioburden/film carryover when using disinfectants.
Compatibility and solution-use notes
  • Common cleaners/disinfectants: AlphaMop™ is published for applying and removing solutions, including disinfectants. Always align chemistry, dwell time, and residue control with the site SOP (especially in GMP and aseptic workflows).
  • Solvent use: Texwipe literature for the AlphaMop™ pad/cover family references cleaning with solvents such as IPA and ethanol (and certain industrial solvents). If your area uses stronger solvents or oxidizers, qualify the full stack (pad + cover + handle/head) under your exact conditions before standardizing.
  • Temperature exposure: A published AlphaMop™ pad/cover family note references use with temperatures below 400°F (205°C). For heat, autoclave, or hot-cycle programs, only use components explicitly rated for that process and document the qualification.
  • Residue prevention: Overloading the mop can increase streaking and residue. Use measured wetting, controlled wringing, and a consistent stroke pattern; replace pads/covers before they become saturated with soil load.
QA/QC reference tables (published program-fit attributes)
Use these tables to support qualification planning, cleaning risk assessments, and controlled-environment documentation. Values shown are published configuration attributes (not site-specific performance guarantees).
Attribute Published value Implementation note
Pad size 8" x 15" (packed) Aligns with standard AlphaMop™ 15" x 8" head assemblies.
Packaging per inner bag 25 pads + 4 fastening pins Supports staged introduction and inventory control by bag.
Packaging per case 75 pads + 12 fastening pins (3 bags/case) Plan pad usage rate alongside cover change frequency and room zoning.
Sterility Non-sterile For sterile programs, use sterile equivalents that match the validated cleaning approach.
Cleanroom environment (published for AlphaMop™ family) ISO Class 3 – 7 (also referenced as Class 1 – 100,000; EU Grade A – D) Confirm with your site classification, gowning flow, and cleaning SOP.
Shelf life (published) Non-sterile: 5 years from date of manufacture Maintain FIFO and keep pads in original packaging until use.
Cleaning task Why the pad matters What technicians should watch
Disinfectant application/removal Improves uniform contact and helps maintain a consistent wet film on the surface. Streaking from over-wetting, saturated pads, or uneven wringing; replace pad/covers sooner.
Textured floors / epoxy with broadcast Cushion helps the cover conform into surface microtexture for more complete residue pickup. “Skipping” or missed valleys indicates compression set or pad shift; verify pins and replace pad.
Wall/ceiling cleaning Maintains contact while reducing localized pressure points that can cause streaks. Pad edge lift or snag risk; confirm full seating before going overhead.
Common failure modes 
  • Streaking / uneven finish: Often caused by pad compression set, pad shift, or saturated mop media. Prevent with routine pad inspection, measured wetting/wringing, and faster change-out cadence in high-soil areas.
  • Pad migration or corner lift: Triggered by incomplete pin seating or pin loss. Prevent with a pin check step and replacement of damaged pins; do not force a pad that no longer holds position.
  • Residue carryover: Occurs when pads/covers are used beyond soil load capacity or moved between zones. Prevent with zone dedication, defined maximum coverage per pad, and “clean-to-dirty” room progression rules.
  • Abrasion / particle generation from snagging: Can occur on sharp transitions, floor drains, or chipped coatings. Prevent by slowing at transitions, maintaining head angle control, and replacing pads that show tearing or edge wear.
  • Static attraction (low humidity): In very dry conditions, some components can attract fines. Prevent by following site ESD/ionization controls and avoiding rapid rubbing against garments or dry wall panels.
Storage and handling best practices
  • Keep pads in original, closed packaging until the moment of use; reseal opened bags if your SOP allows or discard per protocol.
  • Store in a clean, dry cabinet away from corrugate, raw maintenance tools, and chemical vapors that can deposit residues on packaging.
  • Avoid compressing pads in storage (stacking heavy items on top) to reduce premature compression set and uneven surface contact.
  • Maintain FIFO by lot/date of manufacture to support shelf-life control and investigation readiness.
Documentation 
SOS-hosted Texwipe datasheet (AlphaMop™ Cleaning System, Effective: December 2012): Click Here
Texwipe Technical Data Sheet (AlphaMop™ Series): Click Here
Texwipe manufacturer page (TX7118F): 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.
© 2026 SOS Supply. All rights reserved.
The Technical Vault Flat Mop Process Control (Applied Use Case: Texwipe™ TX7118F AlphaMop™ Replacement Foam Pads)

Purpose & Scope

In an AlphaMop™ flat-mop system, the foam pad acts as the compression layer that influences solution hold-and-release, pressure uniformity, and streak control. The TX7118F replacement foam pads are therefore not just accessories—they are part of the cleaning process control. This Technical Vault entry focuses on why pad condition affects lane consistency and how to manage pad lifecycle within an SOP.

Visual Aids (Technique, Zoning, Lifecycle)

Use this graphic as a training reinforcement tool: unidirectional technique, zone-based tool control, and lifecycle discipline (including consumables that affect mop performance).

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

Implementation note: Diagram intent is educational. Align technique, zoning, and change-out rules to your facility SOP and validated cleaning program.

Why Foam Pads Matter (Pressure Uniformity = Cleaning Uniformity)

Flat-mop performance depends on achieving consistent surface contact across the full head. The foam pad helps distribute pressure and maintain controlled solution delivery. When foam pads degrade, common outcomes include edge striping, drag lines, uneven wetting, and lane-to-lane variability—even when the chemistry and covers have not changed.

  • Compression set: foam gradually loses rebound, creating “high/low” contact zones.
  • Non-uniform saturation: degraded foam may hold and release solution unevenly.
  • Residue retention: chemistry can build up in foam structure and later transfer back to the surface.

Common Foam-Pad Failure Modes (What to Watch For)

  • Persistent streaking that follows the same pattern each pass (often a pressure distribution issue).
  • Edge striping where the mop appears to “ride” on edges rather than lay flat.
  • Slow drying / haze when solution is being over-released in localized zones.
  • Loss of rebound (pad stays visibly compressed) or a “boardy” feel when flexed.
  • Residue odor or tackiness indicating chemistry buildup that can transfer back to surfaces.

Pad Seating & Handling (A “Small” Step That Prevents Big Problems)

A mis-seated foam pad can create immediate lane defects (drag lines, uneven wetting, and streaking). Train operators to confirm: the pad is centered, flat, and fully engaged with the head assembly before the cover is installed and pre-wetted.

  • Centering: prevents edge bias and uneven pressure.
  • Flatness: eliminates high spots that become streak “rails.”
  • Clean attachment points: residue at seams can create localized bulges that print into the lane.

Lifecycle Management (How to Control Foam Pads in an SOP)

Foam pads rarely “tear dramatically”—they drift out of specification slowly. Because that drift can create cleaning variability, it is good practice to manage foam pads using objective rules rather than waiting for obvious damage.

  • Replace by performance trigger: repeated streaking/striping patterns that persist after cover change-out.
  • Replace by inspection trigger: compression set, permanent deformation, tacky residue, or embedded debris.
  • Replace by validated cycle limit: if your site tracks “uses per pad,” define the limit based on internal evaluation.
  • Segregate by zone: do not move foam pads from higher-soil zones into cleaner zones.

Troubleshooting: If You See Streaking, Check This Order

  1. Technique: unidirectional lanes, consistent overlap, and no backtracking with a loaded cover.
  2. Cover condition: change the cover; do not chase streaks with an overloaded cover.
  3. Foam pad seating/condition: inspect for compression set or misalignment.
  4. Head assembly flatness: inspect for warping or edge deformation.
  5. Solution loading: confirm damp-to-wet (not dripping) and validated dwell/removal steps if applicable.

SOP & Audit Readiness Checklist (Foam Pads)

  • Define inspection steps (compression set, deformation, residue, embedded debris).
  • Define objective change-out criteria (performance triggers + validated cycle limits where applicable).
  • Train pad seating checks before installing covers and before introducing chemistry.
  • Segregate pads/tools by zone and chemistry where applicable; label storage to prevent cross-use.
  • Include foam-pad checks in streaking investigations before changing chemistry or escalating corrective actions.

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 (pad + cover + head assembly + chemistry + handling) and validated site practice.

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