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TX701 Large Paddle Head Alpha Polyester Cleanroom Swab

Texwipe TX701 Large Paddle Head Alpha Polyester Cleanroom Swab

$68.17
SKU: TX701 BAG Stock Item
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Type:
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Material:
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Texwipe TX701 Large Paddle Head Alpha Polyester Knit Cleanroom Swab - Non-Sterile

Texwipe TX701 is an extra-large, paddle-head Alpha® polyester knit cleanroom swab designed for precision cleaning, controlled solvent application, and removal of particles and residues from wider surfaces and equipment features. Its double-layer knitted polyester head provides a broad, uniform contact area for cleaning tooling surfaces, fixture lands, tracks, grooves, channels, and other contamination-sensitive components.

The TX701 features a 25.30 mm wide, 35.5 mm long polyester head thermally bonded to a 100% virgin polypropylene handle without adhesives. Its 127.0 mm overall length provides controlled positioning and wiping pressure during localized cleaning. Cleanroom laundering helps maintain low levels of particles, nonvolatile residues, and extractable ions. Each swab is supplied in protective silicone-free and amide-free packaging with lot identification for traceability.

Large Paddle Head Advantage: TX701 provides a wider cleaning contact area than many conventional cleanroom swabs, allowing controlled wiping across broader flat surfaces while maintaining the precision of a handheld swab. Its double-layer polyester knit construction supports solvent retention, contaminant pickup, and repeatable wiping performance in critical cleaning applications.

Specifications:
  • Manufacturer: ITW Texwipe
  • Part Number: TX701
  • Product Family: Alpha® Polyester Knit
  • Product Type: Extra-Large Paddle Head Cleanroom Swab
  • Swab Format: Dry, single-use cleanroom swab
  • Head Material: 100% polyester knit
  • Head Construction: Double-layer knitted polyester
  • Head Width: 25.30 mm (0.996")
  • Head Thickness: 5.20 mm (0.205")
  • Head Length: 35.5 mm (1.398")
  • Handle Material: 100% virgin polypropylene
  • Handle Width: 10.0 mm (0.393")
  • Handle Thickness: 3.80 mm (0.149")
  • Handle Length: 91.5 mm (3.602")
  • Overall Swab Length: 127.0 mm (5.000")
  • Head Bond: Complete thermal bond without adhesives
  • Handle Color: Light green with embossed TEXWIPE identification
  • Head Geometry: Extra-large flat paddle
  • Sterility: Non-sterile
  • Cleanroom Processing: Cleanroom manufactured and laundered
  • Packaging (Bag): 100 swabs per bag (4 inner bags of 25 swabs)
  • Packaging (Case): 5 bags of 100 swabs
  • Total Case Quantity: 500 swabs
  • Packaging Material: Silicone-free and amide-free bag
  • Traceability: Lot coded for quality control
  • Autoclave Compatibility: Manufacturer identifies the swab as autoclave safe in dry heat and steam; use an approved process
  • Available Purchase Options: Bag of 100 or case of 500 swabs
  • Availability: Stock item, subject to current inventory
About the Manufacturer:

Texwipe, an ITW company, manufactures specialized contamination-control products for semiconductor manufacturing, pharmaceutical production, biotechnology, medical devices, precision optics, and laboratory operations. Its cleanroom swab portfolio includes knitted polyester, nonwoven polyester, foam, microfiber, and other engineered cleaning materials designed for precision applications.

The Texwipe Alpha® polyester knit swab series combines double-layer polyester heads, thermal bonding, precision manufacturing, and cleanroom laundering to support controlled particle and residue levels. Swab geometry, head material, handle construction, and packaging are designed to support consistent cleaning methods across contamination-sensitive manufacturing processes.

SOSCleanroom is an authorized Master Distributor of ITW Texwipe. Our team supports customers with swab selection, manufacturer documentation, product configuration, lot traceability, and procurement assistance for critical cleaning applications.

TX701 Features:
  • Extra-large paddle head for broader cleaning contact
  • 100% polyester knitted Alpha® head
  • Double-layer knit construction for enhanced absorbency
  • 25.30 mm wide head for controlled cleaning of flat surfaces
  • Complete thermal bond construction without adhesives
  • 100% virgin polypropylene handle for chemical resistance
  • Cleanroom laundered to reduce particles, ions, and nonvolatile residues
  • Engineered to resist snagging and abrasion during controlled use
  • Compatible with a variety of cleaning solutions, subject to chemical verification
  • Suitable for controlled IPA and solvent application
  • Light-green handle with TEXWIPE identification
  • Lot coded for traceability and quality control
  • Silicone-free and amide-free protective packaging
  • Autoclave-safe construction according to manufacturer guidance
  • Non-sterile packaging with 100 swabs per bag
  • 500 swabs per case
TX701 Benefits:
  • Broader Surface Coverage: The extra-large paddle head covers more surface area per controlled stroke than smaller swabs.
  • Enhanced Absorbency: Double-layer polyester knit helps retain compatible cleaning solutions and collect surface contamination.
  • Controlled Contact: Flat paddle geometry supports consistent wiping pressure on broad surfaces, fixture lands, and tooling faces.
  • Low Contamination Background: Cleanroom laundering helps reduce particles, ions, and nonvolatile residues for contamination-sensitive applications.
  • Reduced Adhesive Contamination Risk: Thermal bonding eliminates adhesive at the swab head attachment.
  • Solvent Compatibility: Polyester and polypropylene construction supports use with many common cleaning solutions.
  • Durable Knit Construction: Knitted polyester is engineered to resist snagging and abrasion during controlled cleaning.
  • Precision Handling: The polypropylene handle allows operators to maintain controlled swab placement and movement.
  • Traceable Material: Lot coding supports receiving, investigation, and material-control procedures.
  • Flexible Purchasing: Bag and case quantities accommodate different cleaning volumes and procurement requirements.
Common Applications:
  • Precision cleaning of broad flat equipment surfaces
  • Cleaning tooling faces, fixture lands, and equipment housings
  • Removal of localized residues and particulate contamination
  • Controlled application and removal of IPA and compatible solvents
  • Cleaning wide slots, tracks, channels, and recessed surfaces
  • Semiconductor manufacturing equipment maintenance
  • Precision optical component cleaning where material compatibility is established
  • Medical device manufacturing and assembly-area cleaning
  • Laboratory equipment cleaning
  • Cleaning stainless steel fixtures and compatible production equipment
  • Removal of lubricants, adhesives, and process residues using approved cleaning solutions
  • Controlled surface wiping where a full-size cleanroom wiper is too large for the cleaning area
  • Repeatable precision cleaning procedures requiring a defined swab head geometry
Best-Practice Use:
  • Inspect Before Use: Check the swab head, handle, and packaging for visible damage or contamination.
  • Use Clean Handling Techniques: Handle swabs with appropriate cleanroom gloves and avoid touching the polyester head.
  • Control Solvent Loading: Apply enough approved solvent to support cleaning without excessive dripping or flooding.
  • Maintain Uniform Contact: Position the paddle head to provide even contact across the cleaning surface.
  • Use Controlled Strokes: Apply straight, overlapping strokes where appropriate to help prevent redistribution of contamination.
  • Manage Wiping Pressure: Use only the force required to remove contamination without damaging the swab or the surface.
  • Rotate Contact Surfaces: Where the procedure permits, use a clean portion of the swab head as residue accumulates.
  • Replace Loaded Swabs: Discard swabs when contaminated or when the approved cleaning procedure requires replacement.
  • Prevent Cross-Contamination: Do not place used swabs into clean solvent containers or return them to unused packaging.
  • Verify Chemical Compatibility: Confirm compatibility between the cleaning solution, polyester head, polypropylene handle, and cleaned surface.
  • Follow Drying Requirements: Allow the appropriate evaporation or drying period after solvent application.
  • Maintain Lot Traceability: Record the swab lot when required by the facility's quality procedures.
  • Single-Use Handling: Discard used swabs according to facility waste-management procedures.
Selection Notes (TX701 vs. Other Alpha Polyester Swabs)

Texwipe Alpha® polyester knit swabs are available in different head sizes, handle lengths, and configurations. Selecting the appropriate swab depends on the dimensions of the cleaning area, solvent requirements, surface sensitivity, access limitations, and the amount of contact area needed.

  • TX701 Extra-Large Paddle Head: Provides a 25.30 mm wide polyester knit head for larger surface areas, tooling faces, and broad cleaning features.
  • TX714A Large Alpha Swab: Features a smaller polyester knit head for localized cleaning where TX701 provides more contact area than necessary.
  • TX761 Alpha Long-Handle Swab: Offers an extended handle for cleaning recessed areas, channels, and difficult-to-reach equipment features.
  • TX715 Alpha Sampling Swab: Designed for cleaning validation and residue sampling, with a break-away handle for controlled sample transfer.
  • STX714A Sterile Alpha Swab: A sterile alternative for applications requiring sterile polyester swab presentation and controlled handling.

Swab Selection Guidance: Choose TX701 when broad, uniform paddle contact is more important than access to narrow openings. Select smaller Alpha swabs for localized features, long-handle versions for recessed surfaces, and purpose-designed sampling swabs when analytical recovery and sample-transfer requirements are critical. Different swab constructions and geometries should be qualified before substitution in a validated cleaning procedure.

Contamination Control and Material Compatibility:
  • Particle Control: Cleanroom laundering and engineered knitted polyester construction support low particle and fiber contribution during controlled wiping.
  • Nonvolatile Residue: Texwipe's controlled manufacturing and laundering processes help reduce nonvolatile residue levels.
  • Ionic Background: Low levels of extractable ions support contamination-sensitive cleaning applications.
  • Solvent Compatibility: Polyester and polypropylene are compatible with many cleaning solvents, including IPA, subject to chemical and surface verification.
  • Surface Protection: Confirm compatibility with delicate coatings, polished surfaces, and precision components before cleaning.
  • Snagging Resistance: Knitted polyester is engineered to resist snagging, but rough edges and excessive wiping pressure can damage swab materials.
  • Handle Material: Virgin polypropylene provides a durable structure for controlled cleaning and chemical handling.
  • Sterility: TX701 is supplied non-sterile. Cleanroom laundering and autoclavability do not mean the product is sterile when purchased.
  • Critical Cleaning: Performance should be evaluated according to the facility's specific contamination limits and cleaning procedure.
Packaging and Storage Recommendations:
  • Bag Quantity: 100 swabs per bag
  • Inner Packaging: Four inner bags containing 25 swabs each
  • Case Quantity: Five bags per case
  • Total Case Quantity: 500 swabs
  • Packaging: Silicone-free and amide-free protective bags
  • Lot Identification: Retain manufacturer lot information where traceability is required
  • Storage Conditions: Store in a clean, dry environment protected from contamination
  • Package Integrity: Inspect bags before opening and protect unused swabs from uncontrolled exposure
  • Opened Bags: Follow facility procedures for storing partially used bags in controlled areas
  • Handling: Avoid direct contact with the polyester head before use
  • Disposal: Dispose of used swabs according to the applicable process and chemical waste procedures
Manufacturer Technical Documents:

Texwipe TX701 Manufacturer Product Information: Click Here

Texwipe Cleanroom Swabs Brochure (PDF): Click Here

Texwipe TX701 Technical Data Sheet : Click Here

Other Similar Products Available From SOSCleanroom.com

Alpha Polyester Knit Cleanroom Swabs

Cleaning Validation and Sterile Alternatives

Notes: Need assistance selecting an extra-large paddle head, smaller Alpha swab, long-handle swab, or cleaning-validation sampling option? Open the SOSCleanroom Technical Vault tab above for additional application guidance, precision swabbing techniques, solvent compatibility, and contamination-control recommendations.

SOSCleanroom.com supports contamination-control programs with cleanroom swabs, wipers, cleaning solutions, and specialized consumables for semiconductor, pharmaceutical, biotechnology, optical, and precision manufacturing applications. Our team provides product-selection assistance, manufacturer documentation, packaging information, and dependable procurement support.

Product description updated: October 19, 2026 (SOS Technical Staff)

© 2026 SOS Supply. All rights reserved.

The Technical Vault By SOSCleanroom
ISO 14644 Operations Control Alpha® Polyester Knit Extra-Large Paddle Head Adhesive-Free Thermal Bond Precision Surface Cleaning Lot Traceability
Texwipe TX701 Alpha®: why this extra-large paddle-head polyester swab supports controlled cleaning of broader surfaces

Texwipe TX701 Alpha® Polyester Knit Extra Large Cleanroom Swab is a non-sterile precision cleaning swab featuring a broad paddle-shaped head made from double-layer 100% polyester knit fabric. Its construction provides a larger surface-contact area than conventional small-tipped swabs, making it useful for controlled cleaning of wider grooves, tooling surfaces, equipment fixtures, recessed flats, and other contamination-sensitive components.

The polyester head is attached to a 100% virgin polypropylene handle through a complete thermal bonding process that eliminates adhesive at the head-to-handle connection. The swab is cleanroom laundered to help control background particles, nonvolatile residues, and ionic contaminants.

Its broad cleaning head can help reduce the number of passes needed for appropriate surfaces while retaining the localized control of a swab. TX701 is particularly useful when a full-size cleanroom wiper would be cumbersome but a smaller swab would require excessive strokes.

Operations takeaway: TX701 combines the coverage of a broad paddle-shaped polyester head with the control of a precision swab. Consistent cleaning results depend on appropriate solvent loading, controlled contact pressure, single-direction strokes, timely swab replacement, and prevention of residue redeposition.

ISO-first context: where large-head swabs fit in cleanroom operations control

ISO 14644-5:2025 addresses cleanroom performance through a documented Operations Control Programme (OCP) covering personnel, material transfer, equipment, cleaning, maintenance, and contamination control. Precision swabs support this program by enabling controlled cleaning in locations where larger wiping materials cannot be applied effectively.

Large-head swabs such as TX701 are useful where the cleaning method requires a defined contact area, consistent surface pressure, and controlled movement across flat or gently contoured features. Material selection should account for surface sensitivity, cleanliness requirements, cleaning chemistry, and the geometry being cleaned.

Control point: Cleanroom processing helps reduce background contamination but does not eliminate the possibility of particle generation or residue transfer during use. Excessive pressure, aggressive rubbing, over-wetting, and repeated contact with a loaded swab can compromise the cleaning process.

Specifications (SKU controls for RFQs, SOPs, and receiving)
  • Product: Texwipe Alpha® Polyester Knit Extra Large Cleanroom Swab
  • Manufacturer: ITW Texwipe
  • Manufacturer part number: TX701
  • Product family: Alpha® Polyester Knit
  • Type: Dry, non-sterile cleanroom swab
  • Head configuration: Extra-large paddle-shaped head
  • Head material: 100% polyester knit
  • Head construction: Double-layer knitted polyester fabric
  • Head attachment: Complete thermal bond without adhesive
  • Head width: 25.30 mm (0.996")
  • Head thickness: 5.20 mm (0.205")
  • Head length: 35.5 mm (1.398")
  • Handle material: 100% virgin polypropylene
  • Handle width: 10 mm (0.393")
  • Handle thickness: 3.80 mm (0.149")
  • Handle length: 91.5 mm (3.602")
  • Overall swab length: 127.0 mm (5.000")
  • Handle color: Light green with embossed Texwipe identification
  • Processing: Cleanroom manufactured and laundered
  • Packaging: 100 swabs per bag, organized as four inner bags of 25
  • Case configuration: 5 bags per case
  • Total case quantity: 500 swabs
  • Packaging materials: Silicone-free and amide-free bag
  • Traceability: Lot coded
  • Sterility: Non-sterile
  • Autoclave compatibility: Manufacturer describes the swab as safe for applicable steam and dry-heat processing; cycle qualification is required.

Ordering control: TX701 is available through SOSCleanroom in bag and case configurations. Each bag contains 100 swabs arranged in four inner packages of 25. A full case contains five 100-count bags, totaling 500 swabs per case. Confirm the selected purchasing unit when ordering.

Alpha® polyester knit construction and performance characteristics
  • Double-layer knit: Two layers of polyester fabric support absorption and contact with surface contamination.
  • Polyester construction: Designed for durable wiping and controlled handling in compatible cleanroom applications.
  • Broad paddle geometry: Provides a wider contact area for cleaning flat surfaces and larger localized features.
  • Thermal bonding: Eliminates adhesive from the head-to-handle bond, reducing one potential source of extractable residues.
  • Snag resistance: Engineered to resist snagging and abrasion during appropriate use.
  • Polypropylene handle: Supports secure handling and compatibility with a range of cleaning solutions.
  • Cleanroom laundering: Helps control particles, nonvolatile residues, and ionic contamination before packaging.
  • Controlled manufacturing: Supports consistent swab geometry and repeatable cleaning methods.
  • Lot identification: Assists with product traceability and quality investigations.

Performance distinction: Low-lint and low-residue characteristics do not mean that a swab is completely free of particles or extractables. Contamination behavior must be evaluated against the intended cleaning surface, solvent, wiping method, and applicable process limits.

Particles, nonvolatile residues, and ionic contamination

Cleaning materials used in semiconductor, optical, pharmaceutical equipment, and precision manufacturing environments may introduce background contamination. Product qualification should consider particle release, nonvolatile residues, and ionic contaminants.

  • Particle contamination: The Alpha® swab series is manufactured and processed to minimize particulate contribution during appropriate use.
  • Fiber release: Polyester knit construction is designed to resist snagging and abrasion, but unsuitable surfaces or aggressive cleaning techniques may release fibers.
  • Nonvolatile residue (NVR): Extractable material may leave films or residues after solvent evaporation.
  • Ionic contamination: Extractable salts can be significant in processes sensitive to corrosion, electrical performance, or analytical background.
  • Extraction chemistry: Test values depend on the solvent, extraction conditions, methodology, and reporting units.
  • Typical performance: Manufacturer-reported typical values are useful for material evaluation but should not automatically be treated as guaranteed lot-specific limits.
  • Critical acceptance criteria: Establish requirements using current technical documentation and applicable process testing.

Documentation rule: Where particle, NVR, or ionic limits control product acceptance, use the applicable Texwipe technical data and facility qualification criteria. A generic low-residue designation should not replace quantitative process requirements.

What TX701 is designed to do (typical use cases)
  • Cleaning broad, flat equipment features
  • Precision wiping of tooling faces and fixture lands
  • Cleaning compatible seals and gasket-contact surfaces
  • Removing light residues from wide slots and shallow recesses
  • Cleaning equipment housings and accessible internal features
  • Controlled application of compatible cleaning solutions
  • Removing approved lubricants and process residues
  • Localized wiping during semiconductor equipment maintenance
  • Cleaning compatible optical and precision manufacturing components
  • Supporting approved pharmaceutical equipment cleaning procedures
  • Preparing surfaces for inspection or assembly
  • Removing contamination from approved broad-contact areas where smaller swabs are inefficient

Application consideration: TX701 is particularly useful where a wider contact area improves cleaning efficiency without requiring a full-size wiper. The 25.30 mm head width and 35.5 mm head length should be considered when evaluating access, clearance, and the risk of contact with adjacent components.

Why paddle-head geometry matters for surface cleaning

The broad TX701 head distributes contact across a relatively wide area, helping operators cover compatible flat features with fewer passes than smaller precision swabs.

  • Wider contact patch: Allows localized cleaning over broader surface areas.
  • Consistent movement: Supports deliberate, repeatable wiping strokes.
  • Reduced stroke count: May reduce the number of passes needed for certain cleaning tasks.
  • Controlled solution placement: Helps apply cleaning liquid to defined areas without using an oversized wiper.
  • Mechanical pickup: Polyester knit fabric provides contact with compatible light residues and particles.
  • Edge access: Can clean compatible wide grooves, tracks, and accessible recessed features.
  • Pressure distribution: Broad-head construction can support even contact when correctly positioned and used with suitable force.

Cleaning geometry: The wider head is not intended for every narrow opening. If the swab must be compressed excessively to enter a feature, select a smaller or differently shaped swab instead. Forcing the head into tight spaces can reduce cleaning effectiveness or damage sensitive surfaces.

Solvent compatibility and controlled solution application

TX701 is designed for use with a variety of compatible cleaning solutions. Isopropyl alcohol (IPA) is commonly used in controlled cleaning operations, but solvent selection must account for the swab materials, the surface being cleaned, and the facility's established process.

  • IPA cleaning: Suitable for consideration with approved IPA formulations when compatible with the substrate and process.
  • Polyester head compatibility: Confirm chemical resistance and extractable behavior for the chosen solvent.
  • Polypropylene handle compatibility: Evaluate aggressive or unusual solvents for handle softening, swelling, cracking, or other degradation.
  • Controlled wetness: Apply enough solution for the cleaning objective without excessive saturation.
  • Evaporation behavior: Consider solvent drying time, residues, surface temperature, and airflow.
  • Residue dissolution: Use an approved solvent appropriate for the contaminant being removed.
  • Contact time: Follow the validated cleaning method or chemical manufacturer's instructions.
  • Material qualification: Test swab and solvent compatibility when the application has strict residue, particle, or chemical requirements.

Solvent qualification: Compatibility with common cleaning solvents does not establish universal compatibility. Evaluate swab integrity, surface effects, extractables, cleaning effectiveness, and allowable solvent loading under actual use conditions before standardizing a new chemistry.

Best-practice use (reduce residues, particles, and rework)
  1. Verify the correct swab: Confirm TX701, non-sterile status, and the approved product configuration.
  2. Control introduction: Transfer packaging into the controlled environment according to facility procedures.
  3. Inspect before use: Check the paddle head and handle for visible damage, contamination, or loose material.
  4. Use appropriate gloves: Handle the swab without touching the cleaning surface of the head.
  5. Prepare the solvent: Dispense the approved cleaning liquid through a controlled method.
  6. Establish swab wetness: Wet the head sufficiently for the task while avoiding uncontrolled dripping.
  7. Position the paddle: Maintain appropriate head orientation and surface contact.
  8. Use one-direction strokes: Wipe from the cleanest area toward the more contaminated area where appropriate.
  9. Avoid excessive pressure: Prevent unnecessary bending, compression, snagging, or abrasion.
  10. Control face reuse: Rotate to an uncontaminated contact area when appropriate or replace the swab.
  11. Prevent redeposition: Replace the swab when it becomes visibly loaded, leaves streaks, or no longer meets the required cleaning standard.
  12. Dispose correctly: Place used swabs in the designated waste stream immediately after use.

Method standardization tip: Define solvent volume, number of strokes, contact pressure, paddle orientation, change-out point, and inspection requirements in the cleaning SOP. Consistent technique helps reduce operator-to-operator variation.

Static-sensitive equipment and electrostatic control

Cleaning operations around static-sensitive electronics and precision equipment may require electrostatic discharge (ESD) controls. The standard TX701 polypropylene handle should not be assumed to provide a certified static-dissipative path.

  • Workstation controls: Follow the facility's approved ESD-control procedures when cleaning static-sensitive assemblies.
  • Grounding: Verify grounding of appropriate personnel, work surfaces, equipment, and tools according to the applicable ESD program.
  • Ground-chain continuity: Where an ESD-safe swab is required, verify the complete conductive or dissipative path through the swab handle, operator or approved fixture, and grounding system.
  • Material selection: Use a swab with specifically documented static-dissipative construction when the process requires ESD-controlled swabbing.
  • Dry rubbing: Evaluate the potential for triboelectric charge generation when cleaning plastics, insulating surfaces, and electronic components.
  • Solvent precautions: Control flammable solvent use, ignition sources, and static discharge hazards according to safety procedures.
  • Process qualification: Confirm any ESD-specific requirements through the facility's established test methods and acceptance criteria.

ESD selection rule: A cleanroom swab is not automatically an ESD-safe swab. Static-sensitive applications may require a dedicated dissipative-handle product together with verified workstation grounding and proper operator technique. The complete control system must be evaluated rather than relying on a single material designation.

Sensitive-surface cleaning and contact limitations
  • Optical coatings: Verify compatibility with the specific coating before using the paddle head.
  • Polished surfaces: Avoid trapping abrasive particles between the swab and the substrate.
  • Mirrored surfaces: Use approved cleaning pressure and a validated solvent system.
  • Fine mechanical features: Confirm clearance before introducing the broad head.
  • Electronic assemblies: Prevent liquid from migrating into connectors, cavities, and other sensitive locations.
  • Adhesive residues: Use compatible removal chemistry rather than increasing pressure excessively.
  • Surface inspection: Verify the cleaning outcome with an appropriate inspection method before releasing critical parts.

Surface protection: Polyester knit is suitable for many precision cleaning tasks, but no swab material guarantees scratch-free performance under every condition. Abrasive contamination, excessive pressure, improper chemistry, and repeated contact can damage sensitive finishes.

Autoclave compatibility and sterility considerations

Texwipe identifies Alpha® polyester knit swabs as compatible with suitable steam and dry-heat processing. This material property must be distinguished from the sterility of the product as supplied.

  • As supplied: TX701 is non-sterile.
  • Autoclave compatibility: Manufacturer documentation supports appropriate steam and dry-heat processing.
  • Cycle limits: Validate actual processing conditions, including exposure temperature, duration, packaging, and product handling.
  • Material effects: Evaluate potential changes to the polyester head or polypropylene handle after thermal processing.
  • Packaging: The supplied packaging should not be assumed suitable for a facility's sterilization cycle.
  • Sterility assurance: A validated sterilization procedure is required when sterile swabs are produced through an in-house process.
  • Critical operations: Use an approved sterile product or validated processing method when the application requires sterility.

Sterility distinction: TX701 is a non-sterile swab. Compatibility with a sterilization process does not establish that the product is sterile when received or that unqualified processing can satisfy a facility's required sterility assurance level.

Packaging, handling, and lot traceability
  • Bag quantity: 100 swabs.
  • Inner packaging: Four inner bags containing 25 swabs each.
  • Case quantity: Five 100-count bags.
  • Total case count: 500 swabs.
  • Packaging materials: Silicone-free and amide-free bag.
  • Lot coding: Supports traceability and quality records.
  • Receiving: Confirm product code, selected unit of measure, packaging integrity, and required lot information.
  • Storage: Protect unopened and partially used packages from dust, moisture, chemical vapors, and excessive handling.
  • Controlled dispensing: Use approved dispensing methods to reduce unnecessary exposure of unused swabs.
  • Material transfer: Remove outer packaging at the approved stage of cleanroom introduction.

Point-of-use control: The four 25-count inner bags provide smaller dispensing quantities. Where permitted by the facility SOP, this can help limit repeated exposure of unused swabs during routine cleaning activities.

Selection notes: TX701 versus other precision swabs
  • TX701 Alpha® Extra Large: Broad paddle-shaped polyester knit head for wider localized surfaces and controlled cleaning where larger contact area is beneficial.
  • TX714A Alpha® Large: Smaller paddle-style Alpha® polyester knit configuration for cleaning applications that need less contact area.
  • TX761 Alpha® Long Handle: Narrower polyester knit head and extended reach for compatible grooves, channels, and recessed features.
  • TX762 Absorbond® Long Handle: Hydroentangled nonwoven polyester construction offering different absorption and contact characteristics.
  • TX758B Micro Alpha®: Smaller precision head for miniature features where broad-head swabs cannot fit.
  • ESD-safe swabs: Select a product with documented dissipative-handle properties where the cleaning process requires electrostatic discharge control.

Selection principle: Choose the swab according to required head width, contact area, reach, surface sensitivity, contaminant type, chemistry, and process controls. Changes in head material, geometry, or handle construction may affect cleaning behavior and should be evaluated before substitution.

Misuse controls & when not to use TX701
  • If the feature is too narrow: Select a smaller swab rather than forcing the broad paddle head into an opening.
  • If sterility is required: Do not substitute non-sterile TX701 for an approved sterile swab.
  • If certified ESD performance is required: Select an appropriately documented static-dissipative swab and use the required grounding system.
  • If aggressive solvents are involved: Confirm polyester, polypropylene, and substrate compatibility.
  • If extremely low residue limits apply: Verify the applicable contamination data and process qualification criteria.
  • If the surface is delicate: Validate cleaning pressure, contact geometry, and chemistry before routine use.
  • If the swab is damaged: Discard a swab with loose material, deformation, tears, or handle damage.
  • If the head is heavily loaded: Replace the swab to prevent redeposition of collected contamination.
  • If liquid pooling is unacceptable: Use a controlled damp technique rather than excessive saturation.
  • If large surface areas require cleaning: Consider an approved cleanroom wiper when it provides better process efficiency and coverage.
  • If elevated temperatures are involved: Validate temperature exposure against applicable manufacturer material guidance and the facility procedure.
Recommended cleanroom consumable pairing

Precision swab performance depends on clean handling, compatible solvents, the correct surface-preparation method, and the prevention of additional contamination from gloves and surrounding equipment.

Why this matters: Swabs, gloves, solvents, and surrounding equipment form a contamination control system. A cleanroom-processed swab may still be compromised by contaminated gloves, inappropriate chemistry, dirty work surfaces, or uncontrolled dispensing.

Glove discipline: Use appropriate cleanroom gloves, avoid contact with the polyester cleaning head, and replace gloves when contamination, damage, or solvent exposure could compromise the cleaning process.

Why buy ITW Texwipe TX701 Alpha® from SOSCleanroom
  • Master Distributor alignment: SOSCleanroom is an authorized Master Distributor for ITW Texwipe, supporting accurate product identification and purchasing consistency.
  • Configuration control: Purchasing by the exact TX701 manufacturer part number helps prevent substitutions involving different head sizes, materials, or cleaning characteristics.
  • Technical documentation: Available Texwipe resources support cleaning-method development, procurement evaluation, and receiving procedures.
  • Packaging flexibility: Bag and case configurations help customers align purchasing quantities with consumption requirements.
  • One-cart procurement: Coordinate TX701 with cleanroom gloves, wipers, compatible solvents, and related contamination-control consumables.
Manufacturer documentation (authoritative references)
  • SOSCleanroom TX701 product page: Click Here
  • Texwipe TX701 official product specifications: Click Here
  • Texwipe Alpha® Polyester Knit Swabs Technical Data Sheet: Click Here
  • Texwipe Cleanroom Swabs Brochure: Click Here
  • ISO 14644-5:2025 Cleanroom Operations Standard: Click Here
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