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Ansell 93-700 TouchNTuff Sterile Disposable Nitrile Cleanroom Gloves Class 100 (ISO 5)

$392.90
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SKU:
93-700
Availability:
7 - 10 Business Days
Shipping:
Calculated at Checkout
Quantity Option (Case):
200 Pairs
Inner Packaging:
See Below
Ansell TouchNTuff® 93-700 Sterile Nitrile Cleanroom Gloves (Green) — ISO 5 / Class 100, Gamma-Sterilized (SAL 10-6), Extended 12" Cuff
Sterile Nitrile ISO 5 / Class 100 12" (300 mm) Extended Cuff Silicone-free Latex-free / Accelerator-free

Overview

TouchNTuff® 93-700 is a sterile, gamma-irradiated nitrile disposable glove engineered for ISO 5 (Class 100) cleanroom workflows where both microbial control and particulate discipline must be managed at the operator interface. The proprietary nitrile formulation is designed to balance comfort and durability while supporting chemical splash handling, and the extended 12-inch cuff helps protect gown-glove interfaces and reduces exposure risk during transfers, cleaning, and aseptic staging.

Ansell is SOSCleanroom’s best-in-class glove line because critical environments cannot afford “close enough” substitutes. SOSCleanroom stocks and distributes best-in-class brands to protect yield, sterility assurance, and audit confidence without compromising glove quality.


Why this glove matters in critical environments
  • Sterility assurance you can plan around: Gamma sterilized with a stated SAL of 10-6, supporting aseptic and sterile material handling expectations.
  • Operator control at the cleanroom boundary: ISO 5 / Class 100 compatibility and a published typical particle count baseline help reduce uncertainty when glove contact is unavoidable.
  • Reduced contamination transfer risk: Silicone-free design and powder-free, chlorinated interior support product integrity when residues and transfer are scrutinized.
  • Allergy risk reduction: Not made from natural rubber latex and described as chemical accelerator-free, helping facilities manage Type I and Type IV sensitivity concerns in staff populations.
  • Gowning stability: Extended, beaded cuff and SUREFIT™ cuff control concept are intended to reduce cuff roll-down during repetitive tasks and long sessions.

Typical cleanroom tasks supported
  • Cleanroom cleaning and preparation steps where sterile gloves are required at the point of use
  • Blending and compounding of solids and liquids (including controlled transfers and staging)
  • Spill or leakage cleanup where splash protection and grip matter
  • Transferring liquids and solids; loading centrifuges and chromatography columns
  • Assembly of parts and subassemblies in contamination-sensitive build areas
  • Weighing and dispensing of solid and liquid raw materials

Key specifications (published)
Cleanroom compatibility Class 100 / ISO 5
Sterility / method Sterile; gamma irradiation (25 kGy); SAL 10-6
Material / color Nitrile; green
Length 300 mm / 12" (extended cuff)
Freedom from holes 1.5 AQL
Thickness targets (single wall) Palm 0.13 mm (5.1 mil); Finger 0.17 mm (4.3 mil); Cuff 0.08 mm (3.1 mil)
Surface / interior Textured fingers; powder-free, chlorinated interior
Typical particle count ≥ 0.5 µm: ≤ 1,200 particles/cm² (test method reference: IEST-RP-CC005.4)
Anti-static Yes
Shelf life / country of origin 3 years; country of origin: Thailand
Available sizes XS, S, M, L, XL

Double-gloving is commonly used in ISO 5 work zones (as an underglove and/or outer glove) to manage breach risk and to enable controlled outer-glove changes without breaking gowning discipline.


Packaging and handling (sterile presentation)

Packaging is designed for staged, sterile presentation: 1 pair/poly wallet sealed in a poly envelope; 10 pairs per outer polybag; 5 sealed outer polybags per master polybag; 4 sealed master polybags per lined carton/case; 200 pairs per case.

The technical data sheet also notes more sustainable packaging components (polyethylene-based films and recycled cardboard shipper cases), but recycling eligibility varies by locality.


EU GMP Annex 1 alignment notes (practical)

Annex 1 programs typically treat gloves as part of the facility’s Contamination Control Strategy (CCS). Selection is only one control—performance depends on how gloves are donned, disinfected, changed, and documented during aseptic operations.

  • Gowning discipline: Use a validated gowning sequence, avoid skin contact with the glove exterior, and confirm cuff overlap with sleeves to protect the boundary.
  • Disinfection workflow: If your CCS requires glove disinfection, use validated sterile disinfectants (and contact times) compatible with nitrile; avoid over-wetting that can drive liquids under cuffs.
  • Change strategy: Define “change triggers” (tear/snag, touch of non-controlled surfaces, task breaks, or time-based changes) and train for rapid, controlled replacement.
  • Documentation: Maintain lot/expiry traceability, and ensure glove type/size is controlled under change management so substitutions do not introduce process drift.

Storage and lifecycle control
  • Store away from direct sunlight in a dry location, in original packaging, and away from ozone sources.
  • Use FIFO and track expiration dates at the point of use; sterile presentation integrity should be verified before staging into ISO-classified areas.
  • If the pouch or seals are compromised, treat the pair as non-sterile and replace per your CCS/SOP.

Standards and regulatory references (where applicable)


If you have any questions please email us at Sales@SOSsupply.com or give us a call at (214)340-8574. OR check out the AI ChatBot powered by SOSCleanroom data libraries - give it a try! THIS IS NEW FOR 2026! © 2026 SOSCleanroom. All rights reserved.
Sterile Gloves Are a Process Control: How Aseptic Hand Contact, Transfer Discipline, and Change Frequency Protect ISO 5 Work
The Technical Vault By SOSCleanroom
ISO 14644 Personnel Controls Aseptic / Sterile Handling ISO 5 / Class 100 Compatible Glove Change Discipline Residue & Rework Reduction

Ansell TouchNTuff® 93-700 (Sterile) — what this ISO 5 / Class 100 glove is designed to control

Ansell TouchNTuff® 93-700 is a sterile, disposable nitrile cleanroom glove used when hand contact must be controlled at a higher level than standard cleanroom nitrile—particularly in ISO 5 / Class 100 environments and workflows where aseptic technique and sterile transfer rules apply. In many critical processes, the glove is the most frequent “touch point” in the work zone; that means glove selection, donning, and change frequency can become the dominant driver of contamination events, rework, and audit findings.

Sterile gloves are not a “nice to have”—they are a process interface control. The point is not only sterility at opening, but maintaining aseptic hand behavior through disciplined handling: where hands travel, what they contact, how gloves are disinfected (when applicable), and when they are changed. This is where many programs fail: the glove may be sterile, but the method is not.

Operations takeaway: The glove is a contamination control tool. In ISO 5 work, “what you touch” and “how often you change” often matter more than the glove material alone.


ISO-first context: personnel are the primary contamination source in cleanrooms

ISO 14644 operations guidance treats personnel as a primary contamination source, which is why glove selection and glove behavior are central to contamination control. In ISO 5 zones, hand contact is “high leverage” because surfaces and components are often close to product-critical interfaces. Even when an environment is controlled, gloved hands can transport contamination from staging areas, carts, sleeves, and packaging if movement and touch discipline are not defined.

USP-influenced sterile workflows (for example sterile compounding or aseptic manufacturing principles) reinforce the same core expectation: maintain aseptic technique, control touch points, and define glove disinfection/change behavior so the process remains repeatable and defensible.


Technical reference chart (use the product page + manufacturer documentation for exact values)
Product Ansell TouchNTuff® 93-700 (Sterile)
Material Nitrile (see manufacturer datasheet for formulation details)
Intended environment ISO 5 / Class 100 compatible (per product positioning)
Sterility Sterile (confirm packaging presentation and sterility method on manufacturer documentation)
Program controls Lot traceability, approved substitutions policy, and SOP-defined glove change/disinfection rules

Documentation control note: If your workflow is validated or audited, keep the current manufacturer datasheet (revision-controlled) and capture lot codes at receiving.


Best-practice use (aseptic donning, touch discipline, and defined change triggers)

Best practice starts with aseptic donning discipline. Sterile gloves should be opened and donned using your facility’s sterile transfer approach, minimizing contact between glove exteriors and non-controlled surfaces. Once donned, the glove exterior should be treated as a controlled surface: hands remain in the defined work zone, avoid “wandering” to carts, drawers, keyboards, phones, or gown surfaces, and avoid touching packaging edges or staging items that are not within the same control state.

Define a glove change strategy that is realistic and enforced. In ISO 5 work, the most common glove failures are not catastrophic tears; they are gradual contamination loading and residue transfer. Set change-out triggers such as: after contact with non-controlled surfaces, after leaving the critical zone, after defined time intervals (risk-based), after solvent-heavy work, after visible soiling, and immediately after any event that compromises aseptic technique.

If your SOP includes glove disinfection (for example with an approved alcohol), train operators to disinfect in a way that controls wetness and prevents dripping into product-critical areas. Over-wetting hands can move contamination into seams, cuffs, and work surfaces; controlled application and adequate dry time reduce this risk.


Typical cleanroom failures and how to avoid them (ISO & USP-aligned)
  • “Sterile glove, non-sterile behavior”: Touching carts, sleeves, or staging materials and returning to ISO 5 work. Prevention: define the work zone and touch rules (ISO operations discipline; USP aseptic technique concepts).
  • Glove use extended past control limits: Residue transfer and gradual loading drives defects. Prevention: time-based and event-based change triggers written into SOP.
  • Over-wetting during glove disinfection: Drips migrate contamination and create residue films. Prevention: controlled wetness and adequate dry time; avoid dripping into seams and equipment interfaces.
  • Uncontrolled substitutions: Different glove introduced without evaluation changes particle/residue profile. Prevention: “no substitution without written approval” for controlled programs.
  • Breaks in sterile transfer: Outer glove contacts non-controlled surfaces during opening/donning. Prevention: train sterile transfer steps and audit technique routinely.

Suggested companion products and technical rationale

SOSCleanroom commonly pairs sterile cleanroom gloves with controlled swabbing, wiping, and solvent practices so the entire method remains repeatable. The goal is not “more products”— it is fewer variables: controlled touch points, controlled wetness, and defined pickup tools.

Defensible pairing principle: Gloves reduce operator-introduced contamination; swabs control touch geometry; wipers control final pickup; solutions control solvency and drying behavior. The method is the control—pairings reduce variability.


Disclaimer

This Technical Vault content is provided for general operational guidance and procurement planning only. It does not replace facility SOPs, aseptic process controls, validation protocols, environmental monitoring programs, quality risk assessments, or manufacturer documentation (IFU/TDS/SDS/label instructions). Always follow applicable ISO standards, USP chapters, and site-specific procedures. Sterile gloves must be handled and transferred per your facility’s sterile technique and documentation requirements.

Questions? Email Sales@SOSsupply.com or call (214) 340-8574. © 2026 SOSCleanroom. All rights reserved.