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Texwipe TX1065 TechniSat 9" x 11" Cellulose/Polyester Cleanroom Wiper Pre-Wetted 70% IPA

$24.47
SKU: TX1065 BAG Stock Item
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Type:
Pre-Wet Wiper
Family:
TechniSat
Material:
Cellulose/Polyester
Wiper Size:
9" x 11"
Wiper Edge:
Cut Edge
ISO Class:
ISO 5 (Class 100) - ISO 8 (Class 100,000)
Country of Origin::
Made in USA

Texwipe TX1065 TechniSat® 9" x 11" Cellulose/Polyester Cleanroom Wipers - Pre-Wetted 70% IPA - 50/Flexpack

Texwipe TX1065 TechniSat® is a non-sterile, pre-wetted cleanroom wiper manufactured from a hydroentangled nonwoven blend of 55% cellulose and 45% polyester. Combining the absorbency of cellulose with the strength and flexibility of polyester, TX1065 is designed for general cleaning, residue pickup, and routine wiping of compatible equipment and environmental surfaces in controlled environments.

Each nominal 9" x 11" wiper has a cut-edge construction and is pre-wetted with 70% USP-grade isopropyl alcohol (IPA) and 30% deionized water (DIW). Texwipe identifies the wetting solution as filtered to 0.2 µm. The ready-to-use format supports consistent solvent preparation without requiring operators to dilute alcohol or spray free liquid onto each wipe.

TX1065 is supplied non-sterile in a peel-and-reseal flexpack containing 50 wipers. The standard manufacturer case contains 20 flexpacks, totaling 1,000 individual wipers. The resealable packaging helps reduce solvent evaporation between dispensing events.

Texwipe identifies the TechniSat product for use in ISO Class 5 through ISO Class 8 controlled environments and EU GMP Grades B through D, subject to the facility's contamination-control and cleaning qualification requirements.

Blended-Wiper Cleaning Advantage: TX1065 combines the liquid sorption characteristics of a cellulose/polyester nonwoven with factory-prepared 70% IPA / 30% DIW. Its 50-count resealable flexpack supports routine point-of-use wiping, controlled solvent dispensing, and repeatable cleaning practices without the additional handling associated with manually wetting dry wipes.

Specifications:
  • Manufacturer: Texwipe, an ITW company
  • Manufacturer Part Number: TX1065
  • Brand: TechniSat®
  • Product Type: Pre-Wetted Non-Sterile Cleanroom Wiper
  • Material: 55% cellulose / 45% polyester
  • Material Structure: Hydroentangled nonwoven
  • Wiper Color: White
  • Edge Construction: Cut edge
  • Nominal Dimensions: 9" x 11" (23 cm x 28 cm)
  • Wetting Solution: 70% IPA / 30% DIW
  • IPA Quality: USP grade
  • Solution Filtration: 0.2 µm
  • Supplied Sterility: Non-sterile
  • Cleanroom Environment: ISO Classes 5-8
  • Traditional Cleanroom Classes: Class 100-100,000
  • EU GMP Classification: Grades B-D, subject to facility qualification
  • Packaging: Peel-and-reseal flexpack
  • Individual Flexpack: 50 wipers
  • Manufacturer Case: 20 flexpacks
  • Total Wipers per Case: 1,000
  • Published Shelf Life: 3 years from date of manufacture
  • Traceability: Manufacturer lot coded
  • Country of Manufacture: USA
  • Primary Function: General controlled-environment cleaning and wiping
  • Disinfectant Claims: No independently established EPA-registered disinfectant or sporicidal claim for TX1065
  • Use: Disposable, single-use wiper
  • Current Manufacturer Technical Reference: US-TDS-003 Rev. 4/23
  • Available Purchase Configurations: Individual 50-count flexpack or full 1,000-count manufacturer case
Packaging and Case Configuration:

TX1065 is packaged in a resealable flexpack for controlled dispensing. Texwipe's current manufacturer documentation identifies 50 wipers per flexpack and 20 flexpacks per case.

Configuration Packaging Total Wipers
Individual Flexpack 1 resealable pack of 50 50
Manufacturer Case 20 flexpacks of 50 1,000

Ordering Guidance: TX1065 is available from SOSCleanroom as a 50-count bag or as a manufacturer case of 20 bags. Select the correct quantity option for the intended use and confirm the unit of measure on purchasing and receiving documents.

About the Manufacturer:

Texwipe, an ITW company, manufactures cleanroom wipers, swabs, cleaning validation products, and contamination-control consumables for pharmaceutical manufacturing, biotechnology, semiconductor processing, medical devices, and other controlled environments.

The Texwipe TechniCloth® family uses a cellulose/polyester blend for dry wiping applications. TechniSat® uses this blended substrate in pre-wetted configurations, combining the material's sorption and cleaning characteristics with controlled solvent preparation and resealable packaging.

SOSCleanroom supports customers with Texwipe product selection, manufacturer documentation, technical comparisons, packaging configurations, and procurement assistance for contamination-controlled cleaning programs.

TX1065 Features:
  • 55% cellulose / 45% polyester nonwoven substrate
  • Hydroentangled blended-wiper construction
  • 9" x 11" nominal dimensions
  • Cut-edge construction
  • Pre-wetted 70% USP-grade IPA / 30% DIW
  • 0.2 µm filtered wetting solution
  • Factory-prepared ready-to-use presentation
  • Non-sterile configuration
  • ISO Class 5-8 cleanroom positioning
  • Low-particle and low-extractables design for general cleanroom cleaning
  • Soft, absorbent blended material
  • Suitable for compatible liquid and residue pickup applications
  • Peel-and-reseal flexpack packaging
  • Controlled point-of-use dispensing
  • Manufacturer lot identification
  • Three-year published shelf life
  • 50 wipers per flexpack
  • 20 flexpacks per case
  • 1,000 wipers per full case
TX1065 Benefits:
  • Absorbent Blended Material: Cellulose contributes liquid sorption, while polyester provides added strength and structural integrity.
  • Controlled Cleaning Chemistry: Factory-prepared 70% IPA / 30% DIW reduces routine manual dilution.
  • Less Free-Liquid Handling: Pre-wetted wipes reduce reliance on spray bottles and separately dispensed solvent.
  • Convenient Dispensing: The resealable flexpack supports localized point-of-use cleaning.
  • Wetness Management: Prompt resealing helps reduce solvent evaporation from unused wipes.
  • General Surface Cleaning: The soft nonwoven construction accommodates compatible equipment and work surfaces.
  • Residue Pickup: The cellulose/polyester blend is useful where liquid retention and general residue removal are important.
  • Standardized Wiping: A specified wipe and pre-wetted formulation support consistency when paired with a written SOP.
  • Traceability: Lot-coded packaging supports receiving, inventory, and quality records.
  • Flexible Purchasing: Available as individual flexpacks or complete manufacturer cases.
Common Applications:
  • General cleaning of compatible cleanroom work surfaces
  • Wiping exterior surfaces of manufacturing equipment
  • Cleaning laboratory benches and fixtures
  • Wiping cleanroom carts and accessories
  • Removal of compatible lubricants, handling residues, and light soils
  • Routine surface wipe-downs in qualified ISO Class 5-8 environments
  • Controlled cleaning of equipment and parts
  • Cleaning compatible items before controlled-area introduction
  • Approved environmental cleaning procedures
  • General liquid and minor spill pickup where IPA compatibility is established
  • Production and maintenance support cleaning
  • Surface preparation before other approved process steps
Cellulose/Polyester Material Performance:

TechniSat uses the same general blended substrate family as dry TechniCloth. Its hydroentangled nonwoven structure provides liquid sorption and general wiping performance, but it must be evaluated differently from melt-blown polypropylene and sealed-edge polyester wipers.

  • Cellulose Content: Provides hydrophilic sorption characteristics useful in liquid pickup.
  • Polyester Content: Adds structural strength to the blended substrate.
  • Nonwoven Construction: Supports soft and flexible wiping contact.
  • Cut Edges: Do not provide the same fiber containment as sealed-edge synthetic wipers.
  • Absorbency: Useful for general residue pickup, with actual performance dependent on the liquid and wiping procedure.
  • Fiber Release: Consider carefully where extremely low fiber shedding is required.
  • Ionic and NVR Requirements: Evaluate the manufacturer's typical performance data against the facility's limits.
  • Critical Finishing: Consider a qualified polyester or sealed-edge finishing wipe where stringent surface residue or fiber requirements apply.
  • Surface Compatibility: Confirm the selected wipe and IPA formulation are appropriate for the cleaned surface.

Material Selection Guidance: Cellulose/polyester blends can provide useful liquid pickup and general cleaning performance. However, ISO suitability alone does not establish suitability for every critical surface. For particularly stringent particle, fiber, ionic, or nonvolatile-residue requirements, evaluate the material against a qualified sealed-edge polyester alternative.

70% IPA / 30% DIW Chemistry:

TX1065 is pre-wetted with 70% USP-grade IPA and 30% deionized water. Texwipe identifies the wetting solution as 0.2 µm filtered. This chemistry is intended for controlled cleaning and wiping but must be matched to the material being cleaned and the facility's approved process.

  • IPA: Helps dissolve and remove certain compatible oils, handling residues, and soils.
  • DIW: Provides the water portion of the formulated wetting solution.
  • Manufacturer Preparation: Reduces user dilution and mixing variability.
  • Solution Filtration: 0.2 µm filtration is not equivalent to sterilization of the finished wipe.
  • Wet Contact: Cleaning results depend on wipe wetness, pressure, technique, and the nature of the soil.
  • Evaporation: IPA evaporates when wipes are exposed to open air, particularly in poorly resealed packs.
  • Compatibility: Test coatings, plastics, adhesives, labels, and sensitive finishes before use.
  • Disinfection: Do not infer a validated disinfection contact time or specific antimicrobial claim from IPA concentration alone.
  • Sporicidal Activity: TX1065 is not a substitute for an approved sporicide where one is required.

Chemistry Guidance: Pre-wetted 70% IPA supports standardized cleaning, but it does not establish sterile presentation or validated disinfection for every process. Use the facility's qualified cleaning and disinfection products, specified wet contact times, and applicable material-compatibility assessments.

Best-Practice Wiping Procedure:
  1. Verify the Application: Confirm TX1065 is appropriate for the controlled area and the surfaces to be cleaned.
  2. Inspect the Flexpack: Check product identification, lot information, expiration date, and packaging condition.
  3. Transfer Appropriately: Follow the approved procedure for cleaning or removing outer packaging before controlled-area entry.
  4. Prepare Personnel: Use the required cleanroom gloves and protective equipment.
  5. Dispense Carefully: Open the package only enough to remove the required wipe.
  6. Reseal the Pack: Close immediately to limit evaporation.
  7. Fold the Wiper: Create manageable cleaning faces when permitted by the approved SOP.
  8. Wipe in Controlled Strokes: Use straight, overlapping strokes in the prescribed direction.
  9. Maintain Surface Coverage: Apply uniform pressure without excessive rubbing.
  10. Change Wiping Faces: Use a clean section when moving to the next area.
  11. Replace as Needed: Discard wipes that become soiled, inadequately wetted, damaged, or unacceptable for the task.
  12. Avoid Reuse: Do not return used wipes to the flexpack.
  13. Document the Activity: Complete cleaning records and deviations required by the facility.

Wiping Technique Guidance: A factory-prepared wipe reduces solvent-mixing variability, but process repeatability still depends on consistent stroke patterns, correct wipe replacement, controlled glove contact, and prompt package resealing. Avoid dragging contaminated wipe faces back over cleaned areas.

Flexpack Wetness and Evaporation Control:

The peel-and-reseal flexpack helps retain the original pre-wet condition of unused wipers. Improper closure or prolonged exposure to air can cause wetness changes during the working period.

  • Open Only as Needed: Reduce exposure of unused wipes to air.
  • Reseal Promptly: Press the closure securely after each dispensing event.
  • Maintain Packaging Cleanliness: Keep the opening away from contaminated gloves, splashes, and work surfaces.
  • Control Heat: Avoid storage or staging conditions that accelerate alcohol evaporation.
  • Inspect Wetness: Replace packs or wipes that no longer meet the approved procedure's wetness requirements.
  • Use In-Use Limits: Follow the site's defined open-pack handling and replacement requirements.
  • Prevent Cross-Contamination: Do not place removed wipes back inside the package.

Dispensing Guidance: A resealable flexpack helps preserve consistency but does not eliminate evaporation. If wipes become progressively drier or leave unexpected streaks, evaluate package closure, storage conditions, wipe change-out practices, and the approved cleaning procedure.

Particle, Fiber and Extractables Considerations:

Texwipe provides typical performance data for the TechniCloth and TechniSat substrate family in its manufacturer technical sheet. These values may assist material qualification but are not automatically lot-specific specification limits.

Manufacturer Typical Characteristic Reported Value
Particles ≥0.5 µm 72 x 106 particles/m²
Fibers >100 µm 55,000 fibers/m²
NVR - IPA Extractant 0.01 g/m²
NVR - DIW Extractant 0.03 g/m²
NVR - Ethanol Extractant 0.01 g/m²
Sorptive Capacity 360 mL/m²
Sorptive Rate Less than 0.3 seconds
Basis Weight 69 g/m²

The published measurements describe typical substrate-family performance using manufacturer-referenced methods. Actual cleaning results depend on the surface, chemistry, wiping technique, contamination loading, and handling practices.

Technical Data Interpretation: Typical test results should not be represented as guaranteed TX1065 lot limits or proof of a particular surface-cleanliness outcome. When a critical process requires formal acceptance limits, use the appropriate current manufacturer documentation and process-specific qualification.

TX1065 TechniSat vs. TX1051 PolySat:

TX1065 TechniSat and TX1051 PolySat share the same nominal wipe dimensions and 70% IPA / 30% DIW chemistry, but their substrates and case configurations are different.

Characteristic TX1065 TechniSat TX1051 PolySat
Material 55% cellulose / 45% polyester nonwoven 100% melt-blown polypropylene
Edge Cut edge Cut edge
Size 9" x 11" 9" x 11"
Chemistry 70% IPA / 30% DIW 70% IPA / 30% DIW
Sterility Non-sterile Non-sterile
Wipers per Flexpack 50 50
Flexpacks per Case 20 24
Wipers per Case 1,000 1,200
Primary Material Advantage Blended-substrate sorption and general residue pickup Soft synthetic polypropylene substrate for general wiping
  • Choose TX1065: When the qualified procedure benefits from a cellulose/polyester blend and its liquid pickup characteristics.
  • Choose TX1051: When a 100% polypropylene substrate is preferred and is compatible with the cleaning application.
  • Evaluate Substitutions: The same solvent chemistry does not make the two wipe materials interchangeable for every particle, fiber, ionic, or residue limit.
  • Confirm Pack Counts: TX1065 contains 1,000 wipers per manufacturer case; TX1051 contains 1,200.

Selection Guidance: TX1065 and TX1051 contain the same nominal 70% IPA cleaning chemistry but use different substrates. Select between them based on liquid pickup, surface compatibility, particle and fiber requirements, residue limits, and the facility's qualified wiping process.

Non-Sterile and Sterile TechniSat Options:

TX1065 is non-sterile. Separate sterile TechniSat models are available for procedures requiring validated sterile presentation and sterile material transfer.

Product Sterility Manufacturer Packaging
TX1065 Non-sterile 50/flexpack; 20 flexpacks/case
TX3214 Sterile 50/flexpack; 20 flexpacks/case
TX3217 Sterile 20/flexpack; 24 flexpacks/case

Texwipe identifies sterile TechniSat variants as gamma irradiated to SAL 10-6. This sterile processing claim does not apply to TX1065.

Sterility Selection Guidance: A 0.2 µm filtered IPA solution does not establish sterility of a finished non-sterile wipe. Use a separately qualified sterile TechniSat product whenever sterile wiping materials and documented sterilization are required by the facility's contamination-control strategy.

Safety and Chemical Compatibility:

TX1065 contains IPA, a flammable solvent, and should be handled using the applicable facility and chemical safety requirements.

  • Flammability: Keep away from flames, sparks, heat, and other ignition sources.
  • Ventilation: Follow the facility's applicable controls for alcohol vapor exposure.
  • Gloves and Eye Protection: Use protective equipment appropriate for the task and IPA-containing materials.
  • Surface Compatibility: Evaluate potential effects on coatings, adhesives, plastics, labels, and sensitive finishes.
  • Electronic Equipment: Follow equipment-approved cleaning instructions before wiping energized components.
  • Spill Control: Use only where the quantity and type of liquid are compatible with the wipe and procedure.
  • Waste Handling: Dispose of used alcohol-containing wipes according to applicable facility requirements.
  • Storage: Follow the current product SDS and manufacturer instructions.
  • Shipping: Alcohol-containing products are subject to applicable current dangerous-goods classifications, transport mode, packaging, and carrier requirements.
  • Hazardous-Drug Applications: Do not assume the wipe or IPA formulation is suitable for hazardous-drug deactivation, decontamination, or disinfection without an approved procedure.

Safety Guidance: Verify that 70% IPA is compatible with the intended surface and cleaning process. The wipe is not a substitute for a validated sporicide, hazardous-drug deactivation product, or task-specific disinfectant where those functions are required.

Quality Documentation and Lot Traceability:
  • Product Identification: Specify TX1065 in approved purchasing and cleaning documents.
  • Lot Coding: Retain manufacturer lot information where required.
  • Packaging Control: Confirm 50 wipes per flexpack and 20 packs per case.
  • Manufacturer Documentation: Maintain the applicable TechniCloth / TechniSat TDS.
  • Safety Documentation: Retain the current manufacturer SDS for the exact product.
  • Cleaning SOP: Define dispensing, wiping, resealing, and replacement practices.
  • Sterility Requirements: Document where non-sterile wipes are allowed and where sterile variants are mandatory.
  • Method Qualification: Evaluate particle, residue, and compatibility requirements for critical operations.
  • Change Control: Review changes to wiper composition, wetting chemistry, packaging, or manufacturer specifications.
  • Inventory: Follow lot and expiration controls appropriate to the facility.
Shelf Life, Storage and Disposal:
  • Published Shelf Life: 3 years from manufacture
  • Sterility: Non-sterile
  • Pack Size: 50 wipes per flexpack
  • Case Size: 20 flexpacks / 1,000 wipes
  • Package Inspection: Check for damage or leakage before use
  • Storage: Follow the current product SDS and applicable flammable-material requirements
  • Ignition Sources: Keep away from heat, sparks, and flames
  • Evaporation Control: Reseal opened flexpacks promptly
  • In-Use Conditions: Follow the facility's approved open-pack procedure
  • Replacement: Discard dry, damaged, soiled, or otherwise compromised wipes
  • Single Use: Do not reuse contaminated wipes
  • Disposal: Follow applicable solvent-containing waste procedures
Manufacturer Technical Documents:

Texwipe TX1065 Official Manufacturer Product Page: Click Here

Texwipe TechniCloth® / TechniSat® Technical Data Sheet - US-TDS-003 Rev. 4/23 (PDF): Click Here

Texwipe TX1065 Safety Data Sheet and Manufacturer Downloads: View Manufacturer Resources

SOSCleanroom TX1065 Product Information: Click Here

Other Similar Products Available From SOSCleanroom.com

Pre-Wetted Cleanroom Wiper Alternatives

Notes: Need assistance selecting between TechniSat® and PolySat®, determining whether a sterile wipe is required, or evaluating residue and fiber performance? Open the SOSCleanroom Technical Vault tab above for additional guidance on pre-wetted wipe selection, cellulose/polyester absorbency, IPA compatibility, wipe technique, packaging controls, and contamination management.

SOSCleanroom.com supports pharmaceutical, biotechnology, semiconductor, medical device, laboratory, and other controlled environments with cleanroom wipers, pre-wetted products, protective apparel, and contamination-control consumables. Our team provides manufacturer documentation, product-selection assistance, packaging information, and procurement support.

Product description updated: October 27, 2026 (SOS Technical Staff)

© 2026 SOS Supply. All rights reserved.

The Technical Vault By SOSCleanroom
ISO Class 5–8 Nonsterile 55% Cellulose / 45% Polyester 70% USP-Grade IPA / 30% DIW 0.2 µm Filtered Solution 9" × 11" Cut Edge 50 Wipers / Flexpack 1,000 Wipers / Case

Texwipe TX1065 TechniSat®: absorbent cellulose/polyester cleanroom wipers with controlled 70% IPA pre-wetting

Texwipe TX1065 TechniSat® Pre-Wetted Cleanroom Wipers are nonsterile, disposable cleaning wipers manufactured from a hydroentangled nonwoven blend of 55% cellulose and 45% polyester. They are pre-wetted with a 0.2 µm-filtered solution of USP-grade 70% isopropyl alcohol (IPA) and 30% deionized water (DIW).

The 9" × 11" (23 × 28 cm) cut-edge wiper combines the absorption characteristics of cellulose with the strength and structural support of polyester. This construction is intended for cleaning equipment exteriors, environmental surfaces, tools, and compatible production materials where repeatable solvent delivery and effective soil pickup are important.

Texwipe identifies TX1065 for ISO Class 5–8 / Class 100–100,000 environments and EU GMP Grades B–D, subject to the facility's approved contamination-control and cleaning procedures.

TX1065 is supplied in peel-and-reseal flexpacks containing 50 wipers each. A full manufacturer case contains 20 flexpacks, totaling 1,000 wipers. Resealable packaging helps limit solvent evaporation and supports controlled point-of-use dispensing.

Operations takeaway: TX1065 is designed for general controlled-environment cleaning that benefits from absorbent blended fabric and standardized 70% IPA delivery. The best results depend on substrate compatibility, correct wipe folding, controlled strokes, prompt pack resealing, and appropriate change-out criteria.


ISO-first context: cleanroom wiping as a controlled operational process

ISO 14644-5 provides an operational framework for managing cleanroom contamination through documented controls involving personnel, cleaning, equipment, materials, maintenance, and process activities.

Cleaning wipers are important because they contact environmental surfaces, production tools, workstations, carts, and other items introduced into controlled areas. Their material construction, cleanliness, solvent compatibility, and handling procedures can directly affect contamination-control outcomes.

Pre-wetted wipers reduce operator-dependent variation associated with preparing alcohol solutions and adding liquid to dry wipes. The supplied concentration is standardized, but actual cleaning performance still depends on how the wiper is dispensed, folded, used, and replaced.

Control point: ISO Class 5–8 suitability describes the manufacturer's intended cleanroom application range. It does not independently establish suitability for every process within those environments or remove requirements for sterile materials, specific disinfectants, or stricter particle and residue limits.


Specifications (SKU controls for RFQs, SOPs, and receiving)
  • Product: Texwipe TechniSat® Pre-Wetted Nonwoven Cleanroom Wiper
  • Manufacturer: Texwipe, an ITW company
  • Manufacturer part number: TX1065
  • Product family: TechniSat®
  • Underlying fabric family: TechniCloth®
  • Product category: Pre-wetted cleanroom wiper
  • Sterility: Nonsterile
  • Material: 55% cellulose / 45% polyester
  • Construction: Hydroentangled nonwoven blend
  • Edge: Cut edge
  • Nominal dimensions: 9" × 11" (23 × 28 cm)
  • Pre-wet chemistry: 70% isopropyl alcohol / 30% deionized water
  • IPA grade: USP-grade
  • Solution filtration: 0.2 µm
  • Cleanroom environment: ISO Classes 5–8
  • Legacy cleanroom classification: Classes 100–100,000
  • EU GMP environment designation: Grades B–D
  • Dispensing format: Peel-and-reseal flexpack
  • Flexpack quantity: 50 wipers
  • Case quantity: 20 flexpacks
  • Wipers per case: 1,000
  • Manufacturer traceability: Lot coded
  • Published shelf life: 3 years from manufacture
  • Country of origin: USA
  • Technical reference: Texwipe TechniCloth® / TechniSat® Technical Data Sheet, US-TDS-003 Rev. 4/23

Ordering control: TX1065 is supplied as 50 wipers per flexpack and 20 flexpacks per case, totaling 1,000 wipers. Specify the manufacturer part number and desired purchasing unit to avoid confusion with other TechniSat® sizes or configurations.


Hydroentangled cellulose/polyester construction

TechniSat® uses Texwipe's TechniCloth® nonwoven material, combining natural cellulose fibers and synthetic polyester fibers into a hydroentangled sheet.

  • 55% cellulose: Provides absorbency and supports collection of suitable liquid contamination.
  • 45% polyester: Contributes fabric strength and durability during wiping.
  • Hydroentanglement: Mechanically interlocks fibers into a nonwoven substrate.
  • Softness: Supports contact with suitable equipment and environmental surfaces.
  • Liquid pickup: Helps collect compatible soils, residues, and small incidental liquid contamination.
  • Cut edges: Identify the actual edge construction and must not be confused with sealed-border products.
  • Particle characteristics: Should be compared against the process's allowable particle and fiber levels.
  • Disposability: Supports removal of contaminated wiping material after use.

Construction distinction: TX1065 is not a 100% polypropylene wipe. The cellulose content can provide useful absorbency but also introduces different particle, fiber, and extractables characteristics than all-synthetic polyester or polypropylene substrates.


Cellulose benefits and limitations for critical residue control
  • Liquid sorption: The cellulose-containing blend can support absorption of compatible liquid residues.
  • General wiping: Useful where practical soil removal and moderate cleanliness requirements are the primary considerations.
  • Fiber release: Nonwoven cellulose-containing materials may behave differently from tightly knitted synthetic wipes.
  • Extractables: Cellulose and polyester can contribute different solvent-extractable materials.
  • Abrasion: Rough surfaces and excessive wiping pressure may increase release or material wear.
  • High-sensitivity processes: Analytical, microelectronics, optical, and critical product-contact procedures may impose stricter residue requirements.
  • Finishing passes: A more specialized synthetic or sealed-edge wiping material may be preferable when the final surface must meet especially low particle or residue limits.
  • Qualification: Compare actual test data and process outcomes rather than assuming that greater absorbency always produces better cleanliness.

Material-selection principle: TX1065 can be effective for general cleanroom cleaning, but its cellulose/polyester construction is not automatically equivalent to a low-particle knitted polyester wipe for the most critical surface-finish or residue requirements.


70% USP-grade IPA / 30% DIW: formulation and cleanliness
  • IPA: 70% isopropyl alcohol using the manufacturer's specified USP-grade material.
  • Water: 30% deionized water.
  • Filtration: Pre-wetting solution filtered to 0.2 µm.
  • Prepared formulation: Eliminates routine on-site dilution for this specific product.
  • Point-of-use convenience: Reduces bottle handling and manual addition of cleaning liquid.
  • Repeatability: Supports a consistent supplied alcohol concentration.
  • Cleaning action: Can assist in removal of compatible processing residues, soils, and certain surface contaminants.
  • Evaporation: Alcohol can be lost after dispensing, so package and surface-wetting controls remain important.

Sterility distinction: A 0.2 µm-filtered solution is not equivalent to a sterile finished wipe. Standard TX1065 is nonsterile; use a separately qualified sterile TechniSat® version where sterile presentation is required.


Pre-wet loading: consistent delivery without an invented mL-per-wipe claim

Texwipe describes TechniSat® as using accurately diluted, measured volumes of IPA/DIW solution to deliver repeatable wetness and support controlled solvent usage.

  • Factory pre-wetting: Reduces manual solvent preparation and dilution variability.
  • Measured solution addition: Supports manufacturer-controlled wetting.
  • Wipe wetness: Influences wiping coverage and cleaning effectiveness.
  • VOC control: Pre-wetted formats can reduce uncontrolled free-liquid dispensing.
  • Individual loading: An exact mL-per-wiper value is not stated in the referenced product sheet.
  • Process-specific contact: Determine how many wipes and what surface coverage are needed.
  • Repeated opening: Limit unnecessary alcohol evaporation by promptly resealing the flexpack.
  • Under-wetted wipes: Replace when no longer suitable for the required cleaning step.

Loading interpretation: The manufacturer's controlled pre-wet process does not establish a published exact volume of IPA mixture per individual TX1065 wipe. Where this is a qualification requirement, use manufacturer-supplied loading documentation or a validated in-house test method.


Typical TechniCloth® material-performance data

The current manufacturer-linked TechniCloth® Technical Data Sheet also covers the TechniSat® pre-wetted family and reports typical material-performance characteristics.

  • Basis weight: 69 g/m²
  • Sorptive capacity: 360 mL/m²
  • Sorptive rate: Less than 0.3 seconds
  • Particles ≥0.5 µm: 72 × 106 particles/m²
  • Fibers greater than 100 µm: 55,000 fibers/m²
  • NVR with IPA extractant: 0.01 g/m²
  • NVR with DIW extractant: 0.03 g/m²
  • NVR with ethanol extractant: 0.01 g/m²
  • Sodium: 12 ppm
  • Potassium: 1 ppm
  • Chloride: 10 ppm
  • Test references: Texwipe TM1, TM18, TM20 and TM22; IEST and ASTM references as specified in the TDS

Technical-data interpretation: These values represent typical material analyses, not guaranteed maximum release specifications or necessarily lot-specific TX1065 results. They should be used for product comparison and qualification together with the manufacturer's stated test methods.


TX1065 TechniSat® versus TX1051 PolySat®

Both TX1065 and TX1051 are nonsterile, 9" × 11" cleanroom wipers pre-wetted with 70% IPA / 30% DIW. However, their substrate construction and packaging are different.

  • TX1065 material: 55% cellulose / 45% polyester hydroentangled nonwoven.
  • TX1051 material: 100% melt-blown polypropylene nonwoven.
  • TX1065 edge: Cut.
  • TX1051 edge: Cut.
  • TX1065 chemistry: 70% IPA / 30% DIW, 0.2 µm filtered.
  • TX1051 chemistry: 70% IPA / 30% DIW, 0.2 µm filtered.
  • TX1065 quantity: 50 per flexpack; 20 flexpacks per case; 1,000 total.
  • TX1051 quantity: 50 per flexpack; 24 flexpacks per case; 1,200 total.
  • TX1065 general advantage: Absorbent cellulose/polyester blend for compatible cleaning and liquid pickup.
  • TX1051 general distinction: Entirely synthetic polypropylene construction with different typical extractables and particulate characteristics.
  • Both products: Nonsterile and manufacturer-positioned for ISO Classes 5–8.
  • Selection: Compare actual particles, fibers, residues, sorption, surface interaction, and cleaning results.

Selection principle: Choose TX1065 when the cellulose/polyester blend's absorbency and cleaning behavior meet the task requirements. Consider TX1051 when polypropylene construction is preferred. The identical IPA concentration does not establish equivalent particle or extractables performance.


Particle, fiber, and residue comparison with PolySat®
  • TX1065 / TechniCloth® typical basis weight: 69 g/m²>.
  • TX1051 / PolySat® typical basis weight: 34 g/m²>.
  • TX1065 / TechniCloth® particles ≥0.5 µm: 72 × 106 particles/m²>.
  • TX1051 / PolySat® particles ≥0.5 µm: 13 × 106 particles/m²>.
  • TX1065 / TechniCloth® fibers >100 µm: 55,000 fibers/m²>.
  • TX1051 / PolySat® fibers >100 µm: 4,500 fibers/m²>.
  • TX1065 / TechniCloth® IPA-extracted NVR: 0.01 g/m²>.
  • TX1051 / PolySat® IPA-extracted NVR: 0.001 g/m²>.
  • TX1065 / TechniCloth® DIW-extracted NVR: 0.03 g/m²>.
  • TX1051 / PolySat® DIW-extracted NVR: 0.005 g/m²>.

Comparison limitation: These are manufacturer-reported typical values drawn from the respective substrate-family TDS documents, not guaranteed comparative performance under every use condition. A more critical particle-sensitive or residue-sensitive process should qualify the actual wiper and wiping method before substitution.


Nonsterile TechniSat® and separately qualified sterile options
  • TX1065: Nonsterile 9" × 11" TechniSat® wiper.
  • TX3214: Separate sterile 9" × 11" TechniSat® configuration.
  • TX3217: Separate sterile 9" × 11" TechniSat® configuration.
  • Manufacturer sterile processing: Gamma irradiation with published SAL 10-6 for designated sterile variants.
  • TX1065 processing: Nonsterile; no finished-product SAL applies.
  • Documentation: Review lot-specific certificates and sterile-processing records for the selected sterile variant where required.
  • Gowning and material transfer: Use the procedure appropriate to the actual sterile or nonsterile presentation.
  • Substitution: Do not assume nonsterile TX1065 is an acceptable replacement for sterile TechniSat® products in aseptic processing.

Sterility control: The manufacturer publishes sterile TechniSat® alternatives, but the sterile models' irradiation and SAL claims do not apply to TX1065. Match the exact product number to the approved process.


Resealable flexpack: preserving wipe wetness and package cleanliness
  1. Verify product identity: Confirm TX1065 and the required lot information.
  2. Inspect packaging: Look for punctures, leaks, damaged seals, or abnormal dryness.
  3. Control entry: Follow the facility's wipe-down or material-transfer process for the outer flexpack.
  4. Use clean gloves: Minimize direct contact with unused wipes.
  5. Open as needed: Expose the dispensing opening for the shortest practical period.
  6. Remove the required wipe: Avoid touching or contaminating remaining wipes.
  7. Reseal immediately: Close the flexpack to reduce alcohol evaporation.
  8. Monitor wetness: Confirm that the wipe supports the approved cleaning activity.
  9. Protect remaining inventory: Store the open pack according to the facility's allowed use and storage conditions.
  10. Reject compromised packs: Follow the quality or waste procedure for leakage, contamination, or excessive solvent loss.

Evaporation control: Prompt resealing helps maintain consistent wetness during a shift. Leaving the package open, repeatedly handling unused wipes, or adding unqualified replacement liquid can compromise the intended cleaning process.


Best-practice cleanroom wiping: controlled strokes and face changes
  1. Confirm the SOP: Verify that TX1065 is approved for the surface and cleaning step.
  2. Assess compatibility: Confirm the material can tolerate 70% IPA.
  3. Inspect wipe condition: Use a properly wetted wipe without visible damage.
  4. Fold if specified: Create defined wiping faces.
  5. Begin at the approved location: Follow clean-to-dirty and high-to-low sequencing.
  6. Use overlapping linear strokes: Maintain the designated direction and overlap.
  7. Control pressure: Apply enough force to contact the surface without unnecessary abrasion.
  8. Change wiping faces: Avoid redepositing collected contamination.
  9. Observe wetness: Replace the wipe when no longer suitable for the required step.
  10. Follow any contact-time requirement: Meet the approved wet-contact conditions where disinfection is part of the procedure.
  11. Use a finishing step if required: Select an appropriate qualified final-pass wipe for sensitive surfaces.
  12. Dispose after use: Follow the facility's alcohol-wipe waste instructions.
  13. Document completion: Record cleaning and verification according to the SOP.

Method standardization: Define wipe folding, stroke direction, overlap, contact pressure, wetness, surface coverage, change-out criteria, and documentation. Consistent operator technique is necessary for repeatable contamination-control results.


Cleaning versus disinfection: interpreting 70% IPA correctly
  • Cleaning: Physical wiping removes compatible soils and residues.
  • Alcohol formulation: May be used within an appropriately qualified alcohol-based disinfection procedure.
  • Regulatory authorization: The wipe should not be represented as a specific registered disinfectant without supporting product labeling.
  • Wet-contact time: Must be established by the applicable procedure and supporting evidence.
  • Drying time: IPA evaporation can reduce surface wetness before a specified contact period is complete.
  • Sporicidal activity: Do not assume a 70% IPA wipe replaces a qualified sporicidal agent.
  • Heavy contamination: May require an initial soil-removal step before disinfection.
  • Compounding procedures: Follow the applicable USP <797>, USP <800>, and facility-specific cleaning requirements.

Disinfection distinction: TX1065 is nonsterile and pre-wetted with 70% IPA; this does not make it universally approved for all sterile disinfection or sporicidal applications. Use the facility's required cleaning and disinfection agents and procedures.


Surface compatibility: IPA and cellulose/polyester considerations
  • Stainless steel: Often compatible with IPA cleaning, but validate actual equipment finishes and residue requirements.
  • Glass: Evaluate streaking, residue, and any optical finish requirements.
  • Plastic surfaces: Confirm resistance to repeated alcohol exposure.
  • Acrylic and coated panels: Assess the possibility of haze, crazing, or coating damage.
  • Elastomers and seals: Review compatibility with repeated solvent contact.
  • Adhesives and labels: Verify the cleaning chemistry does not loosen or damage them.
  • Rough surfaces: May increase mechanical stress and fiber release.
  • Optical and precision surfaces: May require a more specialized, low-residue finishing wipe.
  • Critical product-contact surfaces: Follow the approved cleaning-validation and residue-control method.

Compatibility control: A surface may tolerate 70% IPA but still have unacceptable fiber, particle, or residue response to a particular wiper. Validate both the solution and substrate where cleaning requirements are critical.


Flammable IPA: safety, storage, and transport controls

TX1065 contains an isopropyl alcohol solution. Its handling, storage, disposal, and transportation must follow the current manufacturer Safety Data Sheet and applicable workplace requirements.

  • Ignition sources: Keep away from flames, sparks, and other potential ignition sources.
  • Heat: Protect from inappropriate heat exposure and storage conditions.
  • Ventilation: Follow workplace requirements for controlling solvent vapors.
  • Protective gloves: Use gloves suitable for IPA exposure and the cleaning task.
  • Eye protection: Follow the facility's splash and chemical-handling requirements.
  • Electronic equipment: Observe cleaning restrictions and required equipment power states.
  • Spills: Apply approved alcohol spill-response procedures.
  • Waste: Dispose of used wipes according to the applicable waste classification.
  • Shipping: Follow the current package-specific hazardous-material and carrier classifications.

Transport classification: Alcohol-wetted wipes may be subject to specific transport requirements. The applicable classification depends on the formulation, packaging, shipment size, mode, and regulations. Use the current SDS and shipping guidance rather than an outdated transport designation.


Packaging hierarchy: 50 wipers per flexpack and 1,000 per case
  • Manufacturer part number: TX1065.
  • Individual wipe: 9" × 11" nonsterile pre-wetted cellulose/polyester wiper.
  • Flexpack: 50 wipers.
  • Flexpacks per case: 20.
  • Case total: 1,000 individual wipers.
  • Closure: Peel-and-reseal format.
  • Traceability: Manufacturer lot coding.
  • Receiving inspection: Confirm correct SKU, quantity, intact packaging, and applicable date information.
  • Storage: Maintain the original packaging until controlled dispensing.
  • Material entry: Follow approved cleanroom transfer procedures.

Quantity clarification: Current manufacturer configuration: 50 wipers/flexpack × 20 flexpacks/case = 1,000 wipers/case. This is different from TX1051 PolySat®, which contains 24 flexpacks and 1,200 wipers per case.


Three-year shelf life and product storage
  • Manufacturer-published shelf life: 3 years from manufacture.
  • Actual lot expiration: Verify the product labeling and applicable documentation.
  • Original flexpack: Keep properly closed until use.
  • Evaporation: Minimize exposure of remaining wipes to open air.
  • Heat and ignition: Follow appropriate flammable-material storage controls.
  • Package integrity: Reject or investigate leaking or damaged packs.
  • Inventory rotation: Use the facility's approved first-expiring-first-out procedure.
  • Lot tracking: Maintain applicable receiving and issue records.
  • Unexpected dryness: Do not use if the condition compromises the required cleaning procedure.

Shelf-life distinction: A published three-year shelf life does not mean three years remain on delivery. Confirm the actual manufacturer lot and expiration information before releasing inventory for controlled cleaning applications.


Typical applications for TX1065
  • Cleaning exteriors of production and laboratory equipment
  • Wiping compatible cleanroom environmental surfaces
  • Routine cleaning during production support activities
  • Controlled removal of certain lubricants and processing residues
  • Cleaning compatible carts, fixtures, and handling tools
  • Wiping down suitable items before cleanroom entry
  • Cleaning approved workstation and equipment surfaces
  • Small incidental spill absorption within the facility's approved procedure
  • General production housekeeping in compatible ISO Class 5–8 environments
  • Applications where an absorbent nonwoven blend is preferred
  • Procedures benefiting from factory-prepared 70% IPA
  • Tasks requiring resealable point-of-use wipe dispensing

Application selection: TX1065 is especially practical for general cleanroom cleaning and residue pickup. For ultra-low particle, fiber, ion, or extractables requirements, compare the complete material test data and consider a suitably qualified synthetic alternative.


Common wiping failures and prevention
  • Drying wipes: Check flexpack resealing and open-package handling.
  • Streaks or haze: Evaluate residue loading, surface compatibility, wipe pressure, and the need for a finishing pass.
  • Fiber release: Check substrate suitability and excessive contact with rough equipment.
  • Residue transfer: Change wipe faces and replace contaminated wipes promptly.
  • Insufficient wet contact: Verify that the wiping procedure meets its specified exposure duration.
  • Excessive liquid: Avoid uncontrolled pooling and follow the approved application method.
  • Wrong wiping material: Confirm whether the SOP requires TechniSat®, PolySat®, or another product.
  • Unqualified sterile substitution: Do not use standard TX1065 where sterile wipes are required.
  • Incorrect case quantity: Maintain the current 20-flexpack case configuration.
  • Compromised packaging: Follow product-disposition procedures for leaks or contamination.

Misuse controls & when not to use TX1065
  • If sterile wiping materials are required: Select a qualified sterile TechniSat® configuration.
  • If a sealed-edge wipe is mandatory: Do not substitute the cut-edge TX1065 without approval.
  • If ultra-low particles or fibers are critical: Evaluate a specialized synthetic substrate.
  • If ultra-low extractables are required: Compare applicable NVR and ionic data against the process limits.
  • If alcohol is incompatible: Select an appropriate alternative solution.
  • If sporicidal treatment is required: Use the approved sporicidal agent.
  • If a specific disinfectant efficacy claim is required: Follow the applicable product labeling and approved disinfection method.
  • If the wipe is dry: Do not use it for a procedure requiring controlled wetness.
  • If the package is leaking: Investigate and dispose of the product appropriately.
  • If solvent flammability cannot be accommodated: Do not use IPA-containing wipes.
  • If the SOP specifies a different substrate: Evaluate any change through the facility's change-control procedure.
  • If highly sensitive analytical sampling is needed: Use the sampling supplies qualified for the specific analytical method.

Choosing TX1065 versus other TechniSat® formats
  • TX1065: Nonsterile 9" × 11", 50 wipes per flexpack, 20 flexpacks per case.
  • TX1041: Nonsterile 9" × 11", 70 wipes per reclosable bag, 12 bags per case.
  • TX1045: Nonsterile 6" × 8", 100 wipes per canister, 12 canisters per case.
  • TX1067: Nonsterile 7" × 11", 200 wipes per reclosable slider bag, four bags per case.
  • TX8488: Separate TechniSat® formulation with 6% IPA, not the same 70% IPA solution as TX1065.
  • TX3214 and TX3217: Separate sterile TechniSat® configurations for processes that require sterile supply.
  • Small packs: May be practical where wipe consumption is low and solvent evaporation must be minimized.
  • High-count packages: May suit higher-throughput areas when dispensing conditions are controlled.
  • Formulation choice: Confirm IPA percentage and sterile status for every candidate variant.

Selection principle: Choose the exact TechniSat® SKU based on surface size, cleaning chemistry, wipe consumption, package design, and sterility requirements. Similar product names do not establish identical packaging or performance.


Recommended related cleanroom products

System compatibility: Wiper substrate, solution formulation, cleanroom classification, sterile status, and packaging should be evaluated together. Confirm any proposed substitution against the facility's approved cleaning method and contamination limits.


Why purchase Texwipe TX1065 from SOSCleanroom
  • Exact manufacturer product: TX1065 TechniSat® 9" × 11" nonsterile pre-wetted cellulose/polyester wipers.
  • Bag and case purchasing: Choose 50-wiper flexpacks or the full 1,000-wiper manufacturer case.
  • Cleanroom-focused selection: Compare TechniSat®, PolySat®, and other appropriate wiping materials.
  • Manufacturer resources: Review current product specifications, typical cleanliness data, and safety documentation.
  • Repeat-order consistency: Standardize the exact TX1065 SKU and 20-flexpack case configuration.
  • Customer support: Contact SOSCleanroom for availability, manufacturer documentation, and purchasing assistance.

Manufacturer documentation (authoritative references)
  • SOSCleanroom TX1065 Product Page: Click Here
  • Texwipe TX1065 Official Manufacturer Product Information: Click Here
  • Texwipe TechniCloth® / TechniSat® Technical Data Sheet — US-TDS-003 Rev. 4/23: Click Here
  • Texwipe TX1065 Safety Data Sheet Resources: Click Here
  • SOSCleanroom TechniSat® Wiper Collection: Click Here
  • Texwipe TX1051 PolySat® Manufacturer Information: Click Here

Technical documentation: Texwipe identifies TX1065 as a nonsterile, 55% cellulose / 45% polyester hydroentangled nonwoven wiper with cut edges, pre-wetted with 0.2 µm-filtered USP-grade 70% IPA / 30% DIW. It is supplied 50 per flexpack / 20 flexpacks per case for a total of 1,000 wipes. The manufacturer-linked technical data sheet includes typical material and contamination analyses rather than guaranteed individual-lot specification limits.


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