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Ansell 91-225 AccuTech Sterile Latex Gloves Class 100 (ISO 5)

Ansell 91-225 AccuTech Sterile Latex Gloves Class 100 (ISO 5)

$300.00
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SKU:
91-225
Availability:
7 - 10 Business Days
Shipping:
Calculated at Checkout
Quantity Option (Case):
200 Pairs
Inner Packaging:
See Below
Ansell AccuTech® 91-225 Sterile Latex Cleanroom Gloves — Class 100 / ISO 5 (EU GMP Grade A/B) Aseptic Dexterity, Gamma-Irradiated and Cleanroom Packaged
Class 100 / ISO 5 Sterile (gamma irradiated) Natural rubber latex Hand-specific anatomic fit Textured fingers Powder-free (chlorinated interior) 12" length 200 pairs / case
Product overview
AccuTech® 91-225 is a sterile, Class 100 / ISO 5 cleanroom-compatible latex glove built for aseptic work where glove choice directly affects particulate control, operator dexterity and product-contact risk. Ansell positions 91-225 around a hand-specific ergonomic design (anatomic shape with straight fingers) paired with cleanroom packaging and an optimized thickness profile intended to balance protection with tactile sensitivity for critical manipulations.
Practical note for regulated aseptic operations: sterile gloves are typically treated as a primary contamination-control barrier. Your gowning program should define glove change frequency, double-gloving rules (where applicable), and defined “touch points” where a glove must be changed after contact with non-sterile surfaces.
Why customers choose AccuTech® 91-225
  • Sterile and cleanroom packaged for Class 100 / ISO 5 use, supporting contamination control discipline in critical zones and sterile transfer steps.
  • Hand-specific anatomic design with straight fingers to reduce bunching and help maintain fine motor control during aseptic manipulations.
  • Textured fingertips for confident grip on stainless, trays, vials, tubs, tools and barrier system interfaces where slips can trigger rework or interventions.
  • Powder-free and chlorinated interior to support clean donning and reduce the operational issues associated with powders in controlled environments.
  • Published suitability for double-gloving programs (as an outer glove or underglove), enabling risk-based gowning strategies where glove integrity and change-out triggers are formalized.
Latex sensitivity reminder: if your program has latex-allergy risk controls or mandates non-latex PPE, select a sterile nitrile or neoprene alternative and validate it to your process (grip, particulate, chemical compatibility and operator acceptance).
Recommended applications
  • Aseptic filling and labeling
  • Sample taking and processing in sterile workflows
  • Blending and compounding solids and liquids in controlled and critical environments
  • Transferring liquids and solids with defined sterile boundary controls
  • Critical component handling where tactile sensitivity and consistent grip reduce dropped parts and intervention risk
Aseptic technique tip: treat glove-to-surface contact as a managed variable. Use a defined “clean-to-less-clean” work sequence, avoid re-contacting cleaned surfaces with previously used fingertips, and standardize glove change-out after any suspected boundary breach.
Specifications (from published technical data)
SKU 91-225
Cleanroom classification Class 100 / ISO Class 5 & EU GMP Grade A/B (sterile cleanrooms)
Sterility / sterilization method Sterile; gamma irradiation (published as 25 kGy)
Material / color Natural rubber latex / Natural
Shape Anatomic with straight fingers (hand-specific design)
External glove surface Textured fingers
Internal glove surface / powder Chlorinated; powder-free
Cuff style Straight; cuff length: Extended (as published on SOSCleanroom)
Typical glove length 300 mm / 12 in
Freedom from holes (AQL) 0.65 AQL
Thickness targets (single wall) Palm: 0.23 mm / 9.1 mil
Finger: 0.23 mm / 9.1 mil
Cuff: 0.25 mm / 9.8 mil
Typical particle count (cleanroom metric) ≥0.5 µm: < 3,500 counts / cm² (published test method reference: IEST-RP-CC005.4)
Protein level (latex) 50 µg/g or less of total extractable protein
Double-gloving recommendation Yes (as outer glove or underglove)
Tested for use with chemotherapy drugs No
Anti-static Not tested (as published)
Packaging (case) 200 pairs / case
1 pair per inner poly pack; 10 inner poly packs per inner polybag; 5 outer polybags per bag; 4 bags per master bag; 1 master bag of 200 pairs per carton/case
Available sizes 6.0, 6.5, 7.0, 7.5, 8.0, 8.5, 9.0
Reorder numbers (by size) 91225060, 91225065, 91225070, 91225075, 91225080, 91225085, 91225090
Shelf life 5 years
Storage guidance Keep out of direct sunlight; store in a cool, dry place; keep away from ozone or ignition sources.
Country of origin Malaysia
Test method context (as published): particle metric references IEST-RP-CC005.4; dimensional/thickness references EN 420 / ASTM D3767; AQL references EN 455-1 / ASTM D3577. Always validate glove selection in your process (product contact risk, operator technique, surface interactions and any chemical exposure).
Cleanroom program guidance (U.S. first, global context second)
In U.S.-based regulated and critical manufacturing, sterile gloves are typically defined in the contamination control plan as a primary barrier and a primary “mix-up” / cross-contamination vector. Build glove selection, sizing, and use into your quality system: defined donning/doffing steps, defined glove-change triggers, point-of-use accountability, and documented training for aseptic technique. Many U.S. programs reference ISO 14644 terminology for cleanroom language and classification, while aligning sterile processing expectations to FDA guidance and internal risk-based controls.
As a secondary/global benchmark, EU GMP Annex 1 reinforces contamination control strategy (CCS) thinking: glove integrity, intervention control, material transfer discipline, and documentation that supports traceability and investigation readiness. Use Annex 1 as a continuous improvement lens where it fits your business, without treating it as a U.S. legal requirement.
Helpful standards and guidance hubs (for program reference): https://www.iso.org/standard/53394.html  |  https://www.fda.gov  |  https://www.astm.org  |  https://www.iest.org
Build a best-in-class ISO 5 consumables set
SOSCleanroom does not compromise on glove quality in critical environments. Ansell is positioned as a best-in-class glove line when customers need controlled-environment performance and documentation discipline to support qualification and ongoing program control. To reduce overall contamination risk in ISO 5 operations, match glove choice with ISO 5-aligned wiping and swabbing materials that support consistent technique and low-variability results.
Texwipe pairing suggestions (ISO 5-aligned wiping and swabbing)
For over 35 years, SOS and Texwipe have been close partners, and SOSCleanroom is an authorized Master Distributor of ITW Texwipe products for the United States market. For ISO 5 cleaning and wipe-downs, many customers standardize on sterile 100% polyester wipers (e.g., Texwipe AlphaWipe® sterile formats) and/or sterile pre-wetted options when a controlled wetness level is part of the cleaning step.
  • Sterile wiping (ISO 5): Texwipe AlphaWipe® dry cleanroom wipers, sterile — 100% polyester, cut edge, cleanroom manufactured for cleaning and solution application (use a low-linting wiper where your process requires it; note: no wiper is truly “zero-lint” under all process conditions).
    Learn more: https://www.texwipe.com/sterile-alphawipe
  • Sterile swabbing (ISO 5 details, recesses, ports): Texwipe CleanTips® sterile Alpha® polyester knit swabs — thermal bond construction to eliminate adhesive contamination, lot coded for traceability and quality control; Texwipe’s trademarked green handles (Re. No. 5,343,973) and embossed branding support authenticity/traceability at point of use.
    Learn more: https://www.texwipe.com/alpha-polyester-knit-cleanroom-swabs-sterile  |  https://www.texwipe.com/swabs
  • Program shopping (SOSCleanroom): Browse sterile and non-sterile wipers and swabs by ISO class, substrate and application to keep glove-wiper-swab choices aligned to the same environment and technique expectations.
    Browse: https://www.soscleanroom.com/categories/wipers/  |  https://www.soscleanroom.com/categories/swabs/
About Ansell and SOSCleanroom supply confidence
Ansell is a global manufacturer of hand and body protection solutions with controlled-environment product lines used across life sciences, critical manufacturing and laboratory settings. In ISO 5 operations, consistency matters: formulation control, packaging discipline, and the ability to support documentation requests when customers qualify and sustain a sterile glove program.
SOSCleanroom supports customers who need dependable, best-in-class cleanroom consumables with fast shipping, excellent customer service, fair pricing, and continuity of supply backed by decades serving controlled environments. As third-party validation, Cleanroom Technology reported that SOS Cleanroom Supply became an Ansell authorised distributor (June 20, 2023).
Documentation
Product Data Sheet (PDS) – SOSCleanroom hosted (stable): accutech-91-225_pds_us.pdf
Declaration of Conformity – SOSCleanroom hosted (stable): AccuTech® 91-225 Declaration of Conformity (PDF)
Product Data Sheet (PDS) – Manufacturer hosted: Ansell PDS (AccuTech® 91-225)
Manufacturer product page: Ansell AccuTech® 91-225
If you have any questions please email us at Sales@SOSsupply.com or give us a call at (214)340-8574.
If you need additional information please try our SOSCleanroom specific AI ChatBot which draws from our extensive cleanroom specific libraries.
Last updated: January 10, 2026
© 2026 SOSCleanroom.com
The Technical Vault By SOSCleanroom Ansell AccuTech® 91-225 Sterile Latex Cleanroom Gloves — ISO 5 / EU GMP Grade A/B Dexterity, Viral Protection Positioning, and Low-Protein Latex Control
Sterile (gamma, 25 kGy) Class 100 / ISO 5 cleanroom compatible Natural rubber latex (powder-free) 12" length (300 mm), extended cuff AQL 0.65 (freedom from holes) 200 pairs/case (bulk packed)
Ansell AccuTech 91-225 sterile latex cleanroom gloves
Product thumbnail (for quick visual ID at point-of-use).
1) Practical solutions in a critical environment
In ISO 5 / Grade A-type workflows, glove selection is not a comfort decision — it is a contamination-control control point. AccuTech® 91-225 is positioned for sterile, aseptic handling where fingertip sensitivity, consistent donning behavior, and predictable barrier integrity matter as much as sterility itself. The published combination of low particle count, low extractable protein, and anatomic design is intended to reduce variability between operators and across shifts.
Why SOSCleanroom carries Ansell for critical environments: SOSCleanroom does not compromise on glove quality where the environment cannot be compromised. Ansell is a best-in-class glove line with deep life-sciences focus, documented product controls, and broad critical-environment adoption. Cleanroom Technology (June 20, 2023) reported SOS Cleanroom Supply became an Ansell authorised distributor, reinforcing documented supply-channel integrity.
2) What it’s for
Ansell positions AccuTech® 91-225 for aseptic applications in biotechnology, pharmaceutical manufacturing, lab R&D, and controlled/critical environments, including tasks such as aseptic filling/labeling, compounding and blending, sampling, and transfer steps where sterility and handling precision must be maintained.
  • ISO 5 workzones, restricted-access barrier systems, isolators, and laminar-flow critical areas where glove shedding and technique drift can become investigation triggers.
  • Sterile material handling: staging, set-up, and manipulations where dexterity reduces the temptation to “re-grip” or over-handle items.
  • Documented sterile workflows where lot traceability, packaging configuration, and published cleanliness data support qualification rationale.
3) Why should customers consider these gloves
  • ISO 5 / Grade A compatibility posture: The published positioning explicitly targets Class 100 / ISO 5 and EU GMP Grade A/B sterile cleanrooms.
  • Published particle control: Typical particle count reported as < 3500 counts/cm² at ≥0.5 µm (test method: IEST-RP-CC005.4).
  • Low extractable protein: Protein level is published at 50 µg/g or less to help reduce protein-driven latex allergy risk (still requires facility latex policy controls).
  • Anatomic design + textured fingers: Hand-specific shape with textured fingertips supports controlled grip without excessive force (a common driver of glove micro-tears and operator fatigue).
  • Bulk-packed sterile efficiency: 200 pairs/case configuration can reduce handling steps vs. small-case formats when your gowning station volume is high.
4) Materials and construction
AccuTech® 91-225 is made from natural rubber latex (powder-free) with an anatomic shape (straight fingers) and a straight cuff. The inside surface is listed as chlorinated, which typically supports smoother donning and reduced tack — particularly relevant when double-gloving or when gowning-room humidity swings.
Latex note (operational): Low-protein latex reduces protein-related risk but does not eliminate latex sensitization concerns. If your CCS or EHS program restricts latex, treat this glove as a non-starter and shift to sterile nitrile or polyisoprene alternatives (see “Closest competitors” for ISO 5 options).
5) Specifications in context
The table below lists published values and what they mean in day-to-day sterile handling. In ISO 5 operations, the goal is not “thick” or “thin” — it is the stable balance between tactile control, tear resistance, and low shedding when technique is under time pressure.
Attribute Published value Why it matters operationally
Cleanroom compatibility Class 100 / ISO Class 5; EU GMP Grade A/B (sterile cleanrooms) Sets expectation that the glove is intended for the highest-risk zones where personnel are the dominant contamination source.
Length 300 mm / 12 in Extended cuff reduces wrist exposure and helps interface with sleeve cuffs and taped gowning systems.
Freedom from holes AQL 0.65 Lower AQL supports barrier confidence; still requires routine glove changeout discipline and inspection triggers.
Thickness (single wall) Finger 0.23 mm (9.1 mil); Palm 0.22 mm (8.66 mil); Cuff 0.25 mm (9.8 mil) Thickness drives tactile feel, tear resistance, and fatigue; cuff thickness supports gown interface durability.
Surface / interior Textured fingers; internal surface chlorinated Texture improves grip control; chlorination generally eases donning and reduces tack in double-glove programs.
Sterilization Gamma irradiation (25 kGy) Aligns with sterile consumable handling; treat package integrity and opening technique as part of sterility assurance at point-of-use.
Shelf life 5 years Supports long qualification windows when storage controls are maintained (cool, dry, away from ozone/sunlight).
Country of origin Malaysia Useful for supplier qualification files and incoming inspection documentation.
6) Cleanliness metrics
Published cleanliness metrics are most valuable when you use them to support method selection, qualification rationale, deviation investigations, and change-control decisions. Do not treat these as facility acceptance limits; qualify against your internal criteria and documented methods.
Metric Typical / published value Test method / context
Particles (releasable) < 3500 counts/cm² at ≥0.5 µm IEST-RP-CC005.4 (as published on the technical data sheet)
Extractable protein 50 µg/g or less Published protein level; supports latex risk management posture (facility policy still required)
Ionic extractables Not published / not stated If ionic control is critical (e.g., sensitive assays, electronics), confirm with your quality system or supplier documentation
NVR (non-volatile residue) Not published / not stated For residue-sensitive work, validate via your internal extraction/inspection method
Antistatic Not tested If ESD control is required, select an ESD-validated glove system rather than assuming performance
7) Packaging, sterility and traceability
  • SOSCleanroom packaging (bulk packed): 200 pairs/case; 10 bags/case; 20 pairs/bag; double bagged to support cleaner introduction workflow.
  • Manufacturer packaging (technical data sheet): 1 pair per inner poly pack; 10 inner poly packs per inner polybag; 5 outer polybags per bag; 4 bags per master bag; 1 master bag (200 pairs) per carton/case.
  • Sterilization method: Gamma irradiation (25 kGy).
  • Traceability: In investigations and batch record support, capture glove lot, gowning time, double-glove status, and changeout timing — then link to cleaning/wipe lots used in the same zone.
  • Storage controls: Keep out of direct sunlight; store cool and dry; keep away from ozone/ignition sources (per published storage guidance).
8) Best-practice use
High-grade sterile gloves perform best when the technique is controlled. In ISO 5, personnel are the dominant contamination source; glove discipline is a core control in U.S. aseptic processing expectations and aligns with EU GMP Annex 1’s emphasis on risk-based contamination control and consistent gowning behaviors.
  • Donning sequence: Open the sterile inner packaging in a way that prevents the glove exterior from contacting the gown front, bench edge, or cart lip. If the glove touches a non-sterile surface, discard — do not rationalize.
  • Double-glove logic: In aseptic work, treat the outer glove as the sacrificial control surface. Change the outer glove on a timed interval and on any contact event (door handle, cart handle, label printer, or suspected non-sterile touch).
  • Changeout triggers: Replace immediately for any nick/tear suspicion, tacky feel changes, splash events, or after extended high-force manipulations (stoppers, crimping, stubborn caps) where micro-tears can occur.
  • Alcohol wiping of gloved hands: If your CCS includes periodic glove sanitization, use validated sterile wipes/solutions, control dwell time, and prevent over-wetting that can drive drips or re-deposit residues.
  • Latex program controls: If latex is allowed, document allergen posture and signage; segregate latex vs. latex-free work areas if required by your EHS program.
Matching ISO 5 gloves with ISO 5 cleaning consumables (recommended pairings):
For over 35 years, SOS and ITW Texwipe have been close partners, and SOSCleanroom is the authorized Master Distributor of ITW Texwipe for the United States market. To keep your ISO 5 program aligned, pair sterile glove handling with sterile, low-linting wipe and swab systems designed for ISO Class 3-5 environments:
  • Sterile wipe-down (ISO 3-5): Sterile AlphaSat® 10 (70% USP IPA) — designed to clean ISO Class 3-5 cleanrooms, including isolators and BSCs.
  • Dry wipe for staging/transfer where sterility is not required: Texwipe TX1009 AlphaWipe® sealed-edge polyester wiper (published ISO Class 4-5 positioning; confirm with your internal SOP scope).
  • Sterile detail cleaning/swabbing: Texwipe STX708A Sterile CleanFoam® swab option when you need a sterile foam contact tool for small features (individually wrapped).
9) Common failure modes
  • Package handling breaches: Sterile glove performance is defeated by poor opening technique. Train an “inner pack only touches sterile field” rule and enforce discard on contact events.
  • Technique drift: Operators differ on how often they change gloves, how they sanitize, and what they consider a “contact event.” Standardize with a short technique card (interval + triggers) and audit it.
  • Over-confidence in AQL: AQL supports confidence; it does not replace routine changeout and visual/tactile inspection for snags and micro-tears.
  • Latex policy conflict: If latex is restricted by customer/site requirements, substitution under pressure can create deviation risk. Lock in approved alternatives and keep qualified stock available.
  • Misapplied chemical expectations: This glove is not positioned for chemotherapy drug handling (published: No). For aggressive chemistries or cytotoxic exposures, select a glove validated for those hazards and document the rationale.
10) Closest competitors
For ISO 5 sterile glove programs, the meaningful differentiators are material (latex vs. nitrile vs. polyisoprene), published cleanliness/particle data, packaging/sterility format, and supply continuity (to avoid unqualified substitutions).
  • Latex-free ISO 5 alternative (sterile nitrile): Ansell TouchNTuff® 93-700 (Class 100 / ISO 5) — consider when latex restriction or allergy posture drives material selection.
  • Latex-free ISO 5 alternative (sterile polyisoprene): Ansell TouchNTuff® 83-500 (Class 100 / ISO 5) — common selection when users want latex-like feel without natural rubber latex.
  • Within-latex sterile ISO 5 option set (comfort/dexterity positioning): Evaluate other sterile latex cleanroom gloves based on published particle/protein data, cuff length needs, and your gown interface/taping method.
11) Critical environment fit for these gloves
AccuTech® 91-225 is a strong fit when your work is sterile and tactile: aseptic manipulations, sampling, transfers, and set-ups where loss of fingertip feedback can drive re-gripping, over-handling, and technique drift. The published ISO 5 / Grade A/B positioning and particle/protein metrics support qualification documentation in audit-heavy programs.

For U.S.-based programs, align your glove controls with FDA expectations for contamination control and documented aseptic practices, and where applicable, USP <797>/<800> facility requirements for sterile compounding and hazardous drug controls. EU GMP Annex 1 can be used as a secondary benchmark for continuous improvement without implying it is a U.S. legal requirement.
12) SOSCleanroom note about SOP's
The Technical Vault is written to help customers make informed contamination-control decisions and improve day-to-day handling technique. It is not your facility’s Standard Operating Procedure (SOP), batch record, or validation protocol.

Customers are responsible for establishing, training, and enforcing SOPs that fit their specific risks, products, equipment, cleanroom classification, and regulatory obligations. Always confirm material compatibility, cleanliness suitability, sterility requirements, and acceptance criteria using your internal quality system and documented methods.

If you adapt any technique guidance from this entry, treat it as a starting template. Your team should review and approve the final method, then qualify it for your specific surfaces, solvents, cleanliness limits, inspection methods, and risk profile. In short: use these best-practice suggestions to strengthen your SOPs—not to replace them.
13) Source basis
SKU-specific pages and PDFs
  • SOSCleanroom product page (AccuTech 91-225): https://www.soscleanroom.com/product/brands/ansell-91-225-accutech-sterile-latex-gloves-class-100-iso-5/
  • SOS-hosted Ansell Technical Data Sheet (AccuTech 91-225, “TECHNICAL DATA SHEET”, © 2022 Ansell): https://www.soscleanroom.com/content/Ansell_PDF/accutech-91-225_pds_us.pdf
  • SOS-hosted EU Declaration of Conformity (AccuTech 91-225; includes standards list and dates): https://www.soscleanroom.com/content/Ansell_PDF/accutech-91-225_accutech%C2%AE-91-225_eu_20230511_declaration%20of%20conformity.pdf
  • Manufacturer product page (Ansell): https://www.ansell.com/us/en/products/accutech-91-225
  • Manufacturer Technical Data Sheet link (Ansell): https://www.ansell.com/-/media/projects/ansell/website/pim/product-assets/accutech/accutech-91-225/accutech-91-225-pds.ashx
Complementary ISO 5 cleaning consumables (for matching program control)
  • Sterile AlphaSat® 10 category page (ISO Class 3-5 positioning published): https://www.soscleanroom.com/categories/wipers/pre-wetted-wipers/sterile/sterile-alphasat-10/
  • Texwipe TX1009 product page (dry sealed-edge polyester wiper): https://www.soscleanroom.com/product/wipers/texwipe-tx1009-9x9-alphawipe-sealed-edge-polyester-cleanroom-wiper/
  • Sterile CleanFoam® swab technical sheet (STX708A/STX712A sterile foam swabs): https://www.soscleanroom.com/content/texwipe_pdf/TDS_SterileFoam_2014.pdf
Standards and regulatory bodies referenced for context
  • International Organization for Standardization (ISO) cleanroom classification context (ISO 14644-1:2015): https://www.iso.org/standard/53394.html
  • FDA (Food and Drug Administration): https://www.fda.gov/
  • ASTM (American Society for Testing and Materials): https://www.astm.org/
  • IEST (Institute of Environmental Sciences and Technology): https://www.iest.org/
Third-party trust reference (Ansell channel validation)
Cleanroom Technology (June 20, 2023): https://cleanroomtechnology.com/sos-cleanroom-supply-becomes-ansell-authorised-distributor-209576
SOSCleanroom is the source for this Technical Vault entry.
Briefed and approved by the SOSCleanroom (SOS) staff.
If you have any questions please email us at Sales@SOSsupply.com or give us a call at (214)340-8574.
If you need additional information please try our SOSCleanroom specific AI ChatBot which draws from our extensive cleanroom specific libraries.
Last reviewed: Jan. 10, 2026
© 2026 SOSCleanroom