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Cleanroom RVCR1500 Series 12" Nitrile Gloves (Accelerator Free)

Cleanroom RVCR1500 Series 12" Nitrile Gloves (Accelerator Free)

$213.60
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SKU:
RVCR150x
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TechNiGlove Cleanroom RVCR1500 Series 12" Nitrile Gloves (Accelerator-Free) — Soft-Modulus, Powder-Free Class 100 / ISO Class 5 Protection
Nitrile Accelerator-free Powder-free 12" length Class 100 / ISO 5 White
What it is
TechNiGlove Cleanroom RVCR1500 is a soft-modulus, accelerator-free, powder-free nitrile glove intended for contamination-controlled work. The RVCR1500 series is positioned for Class 100 / ISO Class 5 cleanroom compatibility and is packaged for controlled environments (case packed for operational consistency). The soft-modulus nitrile is designed to deliver a “latex-like” stretch/comfort profile while remaining latex-free.
Why customers choose accelerator-free cleanroom nitrile
  • Helps reduce the risk of skin irritation associated with common chemical accelerators used in some nitrile formulations (useful for longer wear times and glove-change intensive operations).
  • Supports contamination control programs where powder, extractables, and particulate must be managed as part of a risk-based contamination control strategy (CCS).
  • Provides an ISO 5-compatible option for technicians who need extended cuff coverage (12" length) for gowning interfaces and material handling discipline.
Key features and benefits
  • Soft-modulus nitrile: engineered to improve comfort and stretch for repetitive tasks and extended wear.
  • Microtextured fingertips: grip support for dry handling and controlled use with common cleanroom solvents/solutions (verify compatibility for your process).
  • Beaded cuff + 12" length: more secure donning/doffing and added coverage at the gown interface.
  • Controlled-environment packaging: 100 gloves per pack, 10 packs per case (1,000 gloves per case) to simplify inventory, kitting, and change-control.
  • ESD-related published properties: helpful where static control is part of contamination risk management (see published values below; confirm your site requirements and test methods).
Published specifications (RVCR1500 series)
Property Value
Cleanroom compatibility Class M3.5 / Class 100 / ISO Class 5 (published)
Material / formulation Nitrile, accelerator-free, powder-free (published)
Style Ambidextrous (published); non-sterile (manufacturer-published)
Color White
Length 12" (300 mm)
Thickness 4 mil (0.004")
Grip surface Microtextured / textured fingertips
Cuff Beaded
Sizes offered XS, S, M, L, XL, XXL (2X)
Tensile strength > 14 MPa minimum (published)
Elongation at break > 650% minimum (published)
Particle levels Class M3.5 (100): < 2500 total particles/cm² > 0.5µm (published; method referenced as IEST-RP-CC005.2)
Total NVR (DI water) < 5.00 µg/cm² (published)
ESD-related (published) Surface resistivity < 1010 ohm/sq (published, referenced to ESD-S11.11) and surface resistance in use < 1 x 109 (manufacturer-published, referenced to ANSI/ESD SP15.1). Static decay < 0.5 seconds (published, referenced to RETS-5-003).
Published values are typical and may vary by lot and test method. For audit-grade qualification, request documentation (e.g., certificate of conformance) and align incoming inspection with your site change-control requirements.
Extractables snapshot (published)
Typical ion extractables are published for controlled-environment use (examples include fluoride, chloride, nitrate, phosphate, sulfate). These values support risk assessments where residues can impact sensitive surfaces, optical components, or downstream analytical methods.
  • Fluoride: < 0.05 µg/cm² (site listing) / < 0.50 µg/cm² (manufacturer-published)
  • Chloride: < 1.5 µg/cm²
  • Nitrate: < 1.00 µg/cm²
  • Phosphate: < 0.05 µg/cm²
  • Sulfate: < 1.00 µg/cm²
Sizing guidance (quick reference)
Published glove sizing reference: Size 6–6.5 = X-Small; 7–7.5 = Small; 8 = Medium; 9 = Large; 10 = X-Large; 10.5+ = XX-Large.
Recommended companion consumables (ISO Class 5-aligned)
Glove selection is only half of contamination control. Pair ISO Class 5 gloves with ISO-appropriate wiping and swabbing so operators can manage particles and residues without introducing avoidable fibers. Note: no wiper is truly lint free; use low-linting materials and validated techniques.
  • Texwipe AlphaWipe® TX1009 (dry 100% polyester, low-linting): commonly positioned for ISO Class 4–5 environments where abrasion resistance, spill control, and solution application matter. SOSCleanroom carries Texwipe wipers to help maintain a consistent CCS approach across shifts.
  • Texwipe CleanFoam® TX742B (small open-cell foam swab): thermal-bond construction (no adhesive) for precision cleaning of tight areas, fixtures, and equipment interfaces where residues concentrate.
  • Texwipe TX714A (large polyester knit swab): for controlled wipe-down of larger tool surfaces and controlled application of solvents/solutions with consistent, cleanroom-manufactured construction.
About Texwipe availability: For over 35 years, SOS and Texwipe have been close partners, and SOSCleanroom is the authorized Master Distributor of ITW Texwipe for the United States market. This helps customers maintain continuity of supply, lot traceability expectations, and consistent product documentation across sites.
Standards and regulatory guidance context (customer education)
  • U.S. baseline: align gowning, glove change frequency, and cleaning technique with your facility procedures and relevant U.S. expectations (e.g., FDA cGMP/aseptic processing guidance where applicable) as part of a documented CCS.
  • ISO cleanroom classification terminology: ISO 14644 is the common language customers use for ISO Class 5 areas and process zoning.
  • Secondary/global benchmark: EU GMP Annex 1 is widely used as a reference point for sterile manufacturing discipline (risk-based contamination control, validated cleaning/disinfection, transfer controls, and documentation) — without implying it is a U.S. legal requirement.
  • Test-method awareness: Published particle and ESD-related values reference industry methods (e.g., IEST-RP-CC005.2, ESD-S11.11, RETS-5-003, ANSI/ESD SP15.1). For qualification, confirm which method your site requires and keep records under change-control.
Standards organizations and references (for customer education): iso.org/standard/53394.html  |  fda.gov  |  astm.org  |  iest.org
Manufacturer overview: TechNiGlove
TechNiGlove International (founded in 1998) focuses on disposable gloves for contamination-controlled work environments. The RVCR series is positioned for cleanrooms and controlled manufacturing where particulate, residue, and handling discipline are operational constraints — not just PPE concerns.
Documentation
Certificate of Conformance: Available on request (useful for receiving inspection, lot traceability, and validation documentation packages).
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
Accelerator-Free Gloves in Cleanrooms: Reducing Chemical Sensitization Without Compromising ISO 5 Method Control
The Technical Vault By SOSCleanroom
ISO 14644 Personnel Controls ISO 5 / Class 100 Operations Accelerator-Free Chemistry Dermal Sensitization Risk Reduction Change Frequency Discipline
Cleanroom RVCR1500 Series 12 Nitrile Gloves (Accelerator-Free) — what this glove program is designed to control

The Cleanroom RVCR1500 Series 12 nitrile gloves are designed for Class 100 / ISO 5 cleanroom environments where gloves are worn for extended durations and where chemical accelerator exposure is a concern. In these environments, glove programs must balance contamination control, operator comfort, and long-term dermal health.

Accelerator-free nitrile gloves remove a common source of Type IV delayed contact dermatitis associated with traditional vulcanization accelerators. For cleanroom programs with high glove usage, frequent glove changes, or a history of skin irritation complaints, accelerator-free chemistry can be a meaningful operational control—reducing absenteeism, work interruptions, and unsafe workarounds.

Operations takeaway: Accelerator-free gloves protect both the process and the people running it—especially in high-use ISO 5 environments.

ISO-first context: personnel protection supports contamination control

ISO 14644 recognizes personnel as a primary contamination source, but long-term glove comfort and skin health are often overlooked contributors to method drift. Operators experiencing skin irritation may over-adjust gloves, remove and re-don improperly, or resist change frequency rules—all of which increase contamination risk.

USP-aligned thinking reinforces this principle: a method that cannot be sustained comfortably over time will drift. Accelerator-free gloves support sustained compliance with donning, change, and handling discipline in both manufacturing and compounding-adjacent environments.

Technical reference chart (confirm exact values via product page + manufacturer documentation)
Product family Cleanroom RVCR1500 Series 12
Material Accelerator-free nitrile
Target environment Class 100 / ISO 5
Primary control intent Hand contamination control + reduction of chemical sensitization risk
Sterility Refer to product page and packaging (sterile vs. non-sterile presentation)

Program control note: Accelerator-free gloves should be specified explicitly in SOPs to prevent unintentional substitution with conventional nitrile gloves.

Best-practice use (accelerator-free glove programs in ISO 5)

Best practice begins with correct sizing and controlled donning. Gloves should be donned without snapping or excessive stretching, which can generate particles and stress the glove material. Proper sizing minimizes fatigue and reduces the tendency for operators to over-grip tools or parts.

Define glove change frequency clearly. Accelerator-free gloves reduce skin irritation risk, but they are still consumables. Replace gloves after touching non-controlled surfaces, after solvent-heavy tasks, after leaving the controlled zone, after defined time intervals, or immediately after any compromise. Comfort should support compliance—not justify extended wear.

Monitor glove-related feedback from operators. Skin comfort issues are an early indicator of program misalignment and often appear before contamination metrics shift. Addressing them proactively helps preserve both compliance and morale.

Typical cleanroom failures and how to avoid them
  • Skin irritation leading to poor compliance: Prevention: accelerator-free gloves and documented change rules.
  • Unapproved substitutions: Prevention: lock accelerator-free requirement in SOP and procurement.
  • Extended glove wear: Prevention: time- and task-based change triggers.
  • Touch drift: Prevention: defined work zones and immediate glove change after off-zone contact.
  • Technique drift across shifts: Prevention: standardized glove selection, training, and audits.
Suggested companion products and technical rationale

Accelerator-free glove programs are most effective when paired with controlled cleaning tools and solvent practices that minimize contact variability and residue transfer.

Disclaimer

This Technical Vault content is provided as supplemental operational guidance only and does not replace manufacturer instructions, facility SOPs, validation protocols, quality risk assessments, or regulatory requirements. Always follow applicable ISO standards, USP chapters where applicable, and site-specific procedures. Refer to current manufacturer documentation for sterility status, performance data, and chemical compatibility. Control substitutions and document receiving/lot traceability where required.

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