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Cleanroom TN1000 Series 12" Nitrile Gloves (USP 797 & 800)

$236.50
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SKU:
TN100x
Availability:
7 - 10 Business Days
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Quantity Option (Case):
1,000 Gloves
TechNiGlove TN1000 Series 12" Powder-Free Nitrile Cleanroom Gloves — ISO Class 5 / Class 100, Double-Bagged, ESD-Controlled, USP <797> / USP <800> Support
Nitrile 12" / 300 mm ISO 5 / Class 100 (M3.5) Powder-free Double chlorinated Double-bagged ESD-controlled (surface resistivity) Non-sterile

Overview
TechNiGlove TN1000 Series is a 12" powder-free nitrile cleanroom glove designed for contamination-controlled work where glove cleanliness, consistency, and coverage matter. The TN1000 platform is commonly used in ISO Class 5 / Class 100 (M3.5) environments, with a microtextured fingertip grip and beaded cuff for secure wear during repetitive handling cycles. Double-bagged packaging supports controlled transfer practices in cleanroom and pharmacy workflows.

Why 12" cleanroom gloves are chosen for USP <797> and USP <800> workflows
In real facilities, glove selection is not just about “PPE.” The glove becomes part of the contamination control strategy: it touches primary surfaces, handles critical components, and can be a meaningful source of background if the glove is not controlled for particles, extractables, and handling residues. The 12" length improves wrist/forearm coverage and helps maintain overlap at the gown sleeve interface during compounding and cleaning tasks.
Practical note (how TN1000 is typically used in USP environments)
TN1000 is non-sterile and is commonly qualified as an under-glove in USP <797> workflows when a sterile outer glove is required at point-of-use. For sterile outer glove options, see: STN200P (pair packed) or STN1000W (bulk packed). For USP <800> hazardous drug tasks, the platform is identified as meeting ASTM D6978 chemotherapy requirements (verify your site’s drug list and SOP compatibility).

Key features and benefits
  • Cleanroom classification support: Listed for Class M3.5 / Class 100 / ISO Class 5 use.
  • Controlled contamination profile: Published particle, ionic, and NVR limits support residue-sensitive work and documentation-driven programs.
  • ESD-controlled performance: Surface resistivity and static decay metrics support electronics and handling where electrostatic attraction can increase deposition risk.
  • Coverage + secure wear: 12" length with a beaded cuff helps maintain gown/glove overlap and reduces wrist exposure.
  • Grip where it matters: Microtextured fingertips improve handling control without “over-texturing” the glove surface.

Specifications (quick reference)
Cleanroom classification Class M3.5 / Class 100 / ISO Class 5
Material 100% Nitrile (no natural rubber or silicone)
Sterility Non-sterile
Length 12" (300 mm)
Thickness 5 mil (0.005")
Grip surface / cuff Microtextured fingertips / Beaded cuff
Colors White or Blue
Tensile / elongation >12.5 MPa / >500% (elongation at break)
Particle level (method reference) <3000 total particles/cm² >0.5 µm (IEST-RP-CC005.2 reference)
Ionic limits (surface) Fluoride <0.05, Chloride <3.0, Nitrite <0.05, Nitrate <3.00, Phosphate <0.05, Sulphate <3.00 (µg/cm²)
Total NVR (DI water) <8.00 µg/cm²
ESD performance Surface resistivity <1010 ohm/sq (ESD-S11.11) / Static decay <0.5 sec (RETS-5-003) @ 50–60% RH

Packaging and handling
  • Order unit: Case
  • Case pack: 1,000 gloves per case (10 bags of 100 gloves)
  • Controlled transfer friendly: Double-bagged configuration supports staged entry and cleaner handling disciplines.
  • Chemical compatibility: Reference the TechNiGlove chemical resistance chart for screening guidance: Download PDF.

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: Jan. 29, 2026 © 2026 SOS Supply. All rights reserved.
Gloves as a USP Control Point: How Nitrile Selection, Change Frequency, and Handling Discipline Support <797> and <800> Workflows
The Technical Vault By SOSCleanroom
USP <797> Aseptic Practice USP <800> Hazardous Drug Handling Hand Contact Control Change Frequency Discipline Operator Safety & Contamination Risk

TN1000 Series 12 Nitrile Gloves — what this glove is designed to control in USP environments

The Cleanroom TN1000 Series 12 nitrile gloves are positioned for use in pharmacy and cleanroom workflows aligned with USP <797> sterile compounding and USP <800> hazardous drug handling. In these environments, gloves serve two simultaneous roles: contamination control for aseptic work and barrier protection for operator safety.

Unlike general cleanroom manufacturing, USP environments are dominated by frequent hand contact, repeated glove disinfection, and defined change intervals. As a result, glove performance over time—fit, integrity, chemical compatibility, and residue behavior— has a direct impact on both product quality and operator exposure risk.

Operations takeaway: In USP <797> / <800> workflows, gloves are not static PPE. They are actively disinfected, loaded, and changed—and must be selected and managed accordingly.


USP-first context: gloves are a defined control in compounding and hazardous drug handling

USP <797> emphasizes aseptic technique, defined hand hygiene, and controlled hand contact during sterile compounding. Gloves are expected to be clean, intact, appropriately disinfected, and changed at defined intervals to prevent contamination of critical sites and compounded sterile preparations.

USP <800> adds an additional layer of expectation: gloves must also protect the operator from hazardous drug exposure. This introduces additional stressors such as frequent alcohol disinfection, extended wear, and chemical contact—all of which can degrade glove performance if not properly managed.


Technical reference summary (consult product page and manufacturer documentation for exact values)
Product series Cleanroom TN1000 Series 12
Material Nitrile (see manufacturer documentation for formulation details)
Intended use USP <797> aseptic compounding and USP <800> hazardous drug handling
Primary control function Hand contamination control + operator exposure protection
Sterility Refer to product page and packaging (sterile vs. non-sterile presentation)

Program control note: For USP environments, document glove lot numbers and prohibit substitutions without evaluation, as glove chemistry and thickness affect both contamination and exposure risk.


Best-practice use (USP-aligned donning, disinfection, and change strategy)

Best practice begins with proper donning following hand hygiene and gowning SOPs. Gloves should be donned without snapping or over-stretching, which can compromise integrity. Once donned, gloves should be disinfected using an approved alcohol as defined by facility procedures, ensuring controlled wetness and adequate dry time before compounding activities resume.

Define and enforce glove change frequency. In USP <797> and <800> environments, gloves are commonly changed at regular time intervals, after leaving the compounding area, after contact with non-controlled surfaces, after spills, and whenever integrity is compromised. Extending glove use beyond defined limits is a frequent root cause of contamination events and hazardous drug exposure.

During hazardous drug handling, double-gloving or enhanced glove protocols may be required by SOP. In these cases, both inner and outer glove layers must be managed as part of the contamination and exposure control system—not treated independently.


Typical USP workflow failures and how to avoid them
  • Gloves used past change interval: Increased contamination and exposure risk. Prevention: time- and event-based change rules.
  • Over-wetting during disinfection: Alcohol drips into critical areas. Prevention: controlled application and dry time.
  • Contact with non-controlled surfaces: Touching carts, keyboards, or phones. Prevention: immediate glove change after contact.
  • Glove degradation from chemicals: Loss of integrity. Prevention: compatibility review and frequent replacement.
  • Unapproved substitutions: Different glove chemistry alters protection level. Prevention: lock approved SKUs in SOPs.

Suggested companion products and technical rationale

Gloves are most effective when paired with controlled cleaning tools and solvents that support aseptic technique and controlled wetness during USP workflows.


Disclaimer

This Technical Vault content is provided for general operational guidance and procurement planning only. It does not replace USP requirements, facility SOPs, validation protocols, environmental monitoring programs, or manufacturer instructions. Always follow USP <797>, USP <800>, and site-specific procedures. Refer to current manufacturer documentation for glove performance, sterility, and chemical compatibility.

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

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