Cleanroom Nitrile Gloves TN1200 Series

Description
Technical Vault

TechNiGlove TN1200 Series 12" Techni-Cleaned™ Nitrile Gloves — Class 10 Control, Microtextured Grip and Color-Coding for Critical Environments

Class 10 Nitrile Powder-free Microtextured fingertips 12" extended cuff Latex-free Silicone-free White / Blue / Green options 1,000 gloves / case

Product overview

The TechNiGlove TN1200 Series is a 12" powder-free nitrile glove that is Techni-Cleaned™ for contamination-controlled work where gloves are a primary contact and particle risk. Microtextured fingertips help maintain grip for precision handling, and three available colors (white, blue, green) enable practical coding systems for size control, product segregation, and disciplined double-gloving.

For programs that require additional verification, TN1200 supports batch/lot documentation via published Certificate of Conformance options and online/batch testing workflows (availability and scope depend on the lot and program).

Why customers choose TN1200

Built for critical environments where glove surfaces can drive particle, ionic, and residue transfer risk at the point of use.
Microtextured fingertips support controlled grip on tools, fixtures, carriers, and small components without moving to a heavier glove.
Three-color offering supports coding by size, coded double-gloving, and workflow segregation in mixed-product areas.
Latex-free and silicone-free materials help reduce two common contamination and compatibility concerns in sensitive manufacturing.
12" length supports gown-to-glove interfaces and helps reduce wrist exposure during routine handling and wipe-down tasks.
Documentation pathway: published chemistry/cleanliness targets and batch/lot documentation options support qualification and change control.

Recommended applications

Critical environment handling and assembly where glove cleanliness and grip consistency matter
Material transfer steps where color-coding improves mix-up prevention and line discipline
Optics, electronics, and precision manufacturing where silicone transfer is commonly avoided
Lab and manufacturing operations needing nitrile chemical resistance guidance (validate using the chemical resistance chart and your process chemicals)
Coded double-gloving workflows and scheduled glove changeovers tied to a contamination control strategy

Note: TN1200 is commonly used in non-sterile critical manufacturing workflows. If your process requires sterile gloves for aseptic manipulations (for example, within ISO 5 critical zones in regulated sterile processing), ensure your gowning program specifies the appropriate sterile glove solution.

Specifications (from published technical data)

Series	TN1200 Series (Techni-Cleaned™)
Material	Nitrile (contains no natural rubber latex; silicone-free, as published)
Powder content	Powder-free
Style	Ambidextrous
Length	12" (300 mm)
Thickness	5 mil (0.005")
Grip surface	Microtextured fingertips
Cuff	Beaded
Colors	White, Green, Blue
Tensile strength	> 12.5 MPa
Elongation at break	> 500%
Particle cleanliness (published)	< 400 total particles/cm² (> 0.5 µm; method references published to IEST-RP-CC005.x family)
Typical ion extractables (published targets)	Fluoride < 0.005 µg/cm² Chloride < 0.10 µg/cm² Nitrite < 0.005 µg/cm² Bromide < 0.020 µg/cm² Nitrate < 0.10 µg/cm² Phosphate < 0.005 µg/cm² Sulphate < 0.020 µg/cm²
Total NVR (DI water; published)	< 1.00 µg/cm²
ESD properties (published)	Surface resistivity: < 10¹⁰ ohm/square (published at 50–60% RH, per ESD-S11.11) Static decay: < 0.5 seconds (published, per RETS-5-003) Also published: “Surface Resistivity In Use” < 1 × 10⁹ ohm/square (per ANSI/ESD SP15.1)
Sterility	Not stated as sterile (non-sterile use is common for this series; confirm requirements for aseptic steps)
Available sizes	XSM, SM, MD, LG, XL, 2X (size/color variants use TN1200–TN1205 with W/G/B suffixes)
Packaging	100 gloves per poly-sealed cleanroom bag; 10 bags per case (1,000 gloves/case)
Availability (SOSCleanroom listing)	7–10 business days
Country of origin	Malaysia (published on certification example)

Important note on classification language: published materials reference “Class 10” and also include particle cleanliness metrics reported against IEST-RP-CC005.x methods. SOSCleanroom’s listing text also references Class M3.5/Class 100/ISO Class 5 descriptors. For qualification, use your URS and the lot-specific documentation (and, where applicable, batch testing results) as the acceptance basis.

Cleanroom program guidance (U.S. first, global context second)

In U.S.-based cleanroom and regulated manufacturing programs, gloves are typically treated as a primary contamination control and mix-up risk at the point of use. Build glove selection and use into your contamination control strategy: consistent sizing, controlled donning/doffing, defined change frequency, and clear “touch rules” for product-contact or critical surfaces. ISO 14644 terminology is commonly used in the U.S. for cleanroom classification language, while IEST practices are frequently referenced for controlled-environment consumables testing and operational discipline.

As a secondary/global benchmark, EU GMP Annex 1 reinforces risk-based contamination control strategy (CCS) thinking: glove integrity, glove changes at critical steps, material transfer discipline, and documentation that supports traceability and investigation readiness. Use it 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 Class 10 / ISO 4-5 consumables set

SOSCleanroom does not compromise on glove quality in critical environments. For customers standardizing Class 10 work practices (often managed alongside ISO classification language), glove cleanliness is only one part of the contamination control picture. Pair your glove choice with wiping and swabbing tools that are suitable for the same critical area so residues, fibers, and particles are controlled end-to-end.

Texwipe pairing suggestions (critical environment wiping and swabbing)

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. For ISO 4–5 critical environments, Texwipe publishes recommended dry wiper options intended for critical areas (including sealed-border/sealed-edge and critical laundered polyesters, depending on the surface and process).

ISO 4–5 critical wiping guidance: https://www.texwipe.com/iso-4-5-critical
Example cut-edge option used across ISO 4–8 programs: Texwipe AlphaLite® TX1008 (application and suitability depend on your surface and acceptance criteria): https://www.texwipe.com/alphalite-tx1008
Swab selection discipline: use cleanroom swabs that are lot coded and designed for critical cleaning and precision touch-up; align the swab family to your ISO class, solvent, and surface risk. Texwipe swab overview/brochure: https://www.texwipe.com/images/uploaded/documents/Swabs/Texwipe-Cleanroom-Swabs-Brochure.pdf

Note: when specifying wipes, use “low-lint” or “low-linting” language (no wiper is truly lint-free). Always qualify wiping and swabbing tools in your process for residue, fibers, and extractables performance on your actual surfaces.

About TechNiGlove and SOSCleanroom supply confidence

TechNiGlove International designs gloves for contamination-controlled environments and publishes technical performance targets for particles and extractables. TN1200 is positioned for critical handling programs that benefit from color-coding and documented cleanliness targets, with published pathways for lot-level certification and verification.

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. If you are building or tightening a glove qualification program, our team can help you map glove selection to your ISO class, handling risks, and the right Texwipe wipes/swabs for the same area.

Documentation

SOSCleanroom product page: TN1200 Series 12" Cleanroom Nitrile Gloves (Class 10)

Manufacturer product page: TechNiGlove TN1200 Series (Class 10)

Manufacturer product spec PDF (as posted): tn100-tnt1200_FRONT.pdf

Certification example / batch documentation PDF (as posted; includes date and lot example): TechniGlove-240325-TN1200W.pdf

Chemical resistance chart (SOS-hosted): TechNiGlove_Chem.pdf

Certificate of Conformance request (manufacturer portal): CoC request form

Additional published spec sheet (PDF): TN1200-Series-Class-10.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: January 10, 2026

The Technical Vault

By SOSCleanroom

Class 10 / ISO 4 workflow support (published cleanliness targets) 12" nitrile, 5 mil, microtextured fingertips ESD properties published (surface resistivity + static decay) Silicone-free and latex-free (published)

TechniGlove TN1200 Series 12" Techni-Cleaned™ Nitrile Gloves — Class 10 Handling Discipline with Published Particle, Ionic and NVR Targets

TechniGlove TN1200 Series 12-inch cleanroom nitrile gloves (white/green/blue variants shown)

Representative image for TN1200 color variants (white/green/blue). Confirm size/color part number at time of order.

1) Practical solutions in a critical environment

In Class 10 (and ISO 4-managed) operations, gloves are not “just PPE” — they are a primary contamination-control input at the point of use. Most excursions start with ordinary actions: adjusting a fixture, transferring parts, handling a pouch, or wiping a tool. TN1200 is built for that reality with published contamination targets (particles, ions, and DI-water NVR) plus published ESD performance, giving quality and operations teams a clearer, more audit-defensible baseline for qualification and change control.

Sterility note (accuracy-first)

Sterility is not stated as a published attribute for this glove series. TN1200 is commonly used in non-sterile critical manufacturing workflows. If your process requires sterile gloves for aseptic manipulations (for example, within ISO 5 critical zones in regulated sterile processing), ensure your gowning program specifies a sterile glove solution validated to your site’s requirements.

2) What it’s for

TN1200 Series 12" nitrile gloves are intended for contamination-controlled handling where you want:

A longer cuff for gown-to-glove interfaces and reduced wrist exposure during routine handling and wipe-down tasks.
Published cleanliness targets (particle, ionic extractables, and DI-water NVR) to support qualification packages.
Published ESD performance (surface resistivity and static decay) for electronics and precision assembly contexts where electrostatic control matters.
Latex-free and silicone-free (published) materials where latex sensitivity and silicone transfer concerns are controlled risks.
Color-coding options (white/green/blue) to support line discipline, zone control, or task segregation.

3) Why should customers consider this glove

Qualification-ready baseline: published particle, ionic and NVR targets align with how contamination-control programs document risk and acceptance criteria.
ESD discipline: published surface resistivity and static decay support programs where static control is part of the process window.
Operator usability in critical work: 5 mil nitrile with microtextured fingertips targets a balance of tactile control and durability for routine handling.
Line control and mix-up prevention: multiple colors support zone-based glove assignment and visual compliance checks.
Supply confidence: SOSCleanroom supports critical-environment programs with continuity of supply, responsive support, and process-focused service — because the environment cannot be compromised.

4) Materials and construction

TN1200 is a Techni-Cleaned™ nitrile glove series positioned for controlled environments. Published materials and construction attributes include:

Material: nitrile (contains no natural rubber latex; silicone-free, as published)
Finish: powder-free; microtextured fingertips for grip
Cuff: beaded; 12" overall length to support gown interface
Style: ambidextrous
Colors: white, green, blue (supports visual controls)

Classification language note

Published materials reference “Class 10” and also include particle cleanliness metrics reported against IEST-RP-CC005.x family methods. For qualification, use your URS, your site’s risk assessment, and the lot-specific documentation (and, where applicable, batch testing) as the acceptance basis.

5) Specifications

Attribute	Published value / listing
Series	TN1200 Series (Techni-Cleaned™)
Material	Nitrile (latex-free; silicone-free, as published)
Powder	Powder-free
Style	Ambidextrous
Length	12" (300 mm)
Thickness	5 mil (0.005")
Grip	Microtextured fingertips
Cuff	Beaded
Colors	White, Green, Blue
Tensile strength	> 12.5 MPa
Elongation at break	> 500%
Sterility	Not stated as sterile
Sizes (published availability)	XSM, SM, MD, LG, XL, 2X (color/size variants use TN1200–TN1205 with W/G/B suffixes)
Packaging	100 gloves per poly-sealed cleanroom bag; 10 bags per case (1,000 gloves/case)
Availability (SOSCleanroom listing)	7–10 business days
Country of origin	Malaysia (published on certification example)

6) Specifications in context

Use TN1200 when your process benefits from documented cleanliness targets but does not require a sterile barrier system. The 12" length helps with sleeve overlap and reduces wrist exposure during repetitive handling. The published ESD performance matters most when you have charge-sensitive components and a defined ESD program window (work surface, footwear/flooring, garments, humidity control, and glove performance all working together). For regulated work, treat gloves as part of your contamination control strategy: define change frequency, donning discipline, “touch rules” for critical surfaces, and investigation-ready traceability.

U.S. standards first; global context second: In the U.S., programs commonly reference ISO 14644 terminology for cleanroom classification and leverage IEST practices for test method framing and operational discipline. FDA guidance and risk-based contamination control thinking are often applied through internal CCS-style programs and site SOPs. EU GMP Annex 1 can be used as a secondary benchmark for continuous improvement (CCS, material transfer, gowning discipline, documentation rigor) without treating it as a U.S. legal requirement.

Helpful standards and guidance hubs: https://www.iso.org/standard/53394.html | https://www.fda.gov | https://www.astm.org | https://www.iest.org

7) Cleanliness metrics

The values below are presented as published targets for contamination-control evaluation. Always qualify to your URS and acceptance criteria.

Particle cleanliness (published)

Metric	Published target	Method context (published reference)
Total particles > 0.5 µm	< 400 total particles/cm²	IEST-RP-CC005.x family (method references published)

Typical ion extractables (published targets)

Ion	Published target (µg/cm²)
Fluoride	< 0.005
Chloride	< 0.10
Nitrite	< 0.005
Bromide	< 0.020
Nitrate	< 0.10
Phosphate	< 0.005
Sulphate	< 0.020

Total NVR (DI water; published)

Metric	Published target
DI water extractable NVR	< 1.00 µg/cm²

ESD properties (published)

Metric	Published value	Test framing (published reference)
Surface resistivity	< 10¹⁰ ohm/square (50–60% RH)	ESD-S11.11
Static decay	< 0.5 seconds	RETS-5-003
Surface resistivity “in use”	< 1 × 10⁹ ohm/square	ANSI/ESD SP15.1

8) Packaging, handling, sterility and traceability

Packaging (published): 100 gloves per poly-sealed cleanroom bag; 10 bags per case (1,000 gloves/case).
Traceability pathway (published): documentation options include a certification example and supporting technical data resources used in qualification packages.
Sterility: not stated as sterile. If sterility is a gate for your process, qualify a sterile glove solution and validate packaging integrity through receipt-to-use handling.
Handling discipline: treat bags/cases as controlled materials; stage by zone, prevent carton debris migration, and standardize opening and dispense technique to reduce particle introduction.

9) Best-practice use

The glove only performs “clean” if the workflow is clean. Use the points below as an operator-ready checklist for consistent results.

Donning discipline: control the first contact surface. Avoid touching carts, door hardware, phones, and gown hooks after donning. If you do, change gloves — do not “wipe them off” and continue.
Change frequency: define change triggers in your CCS/SOP (time-based, task-based, contamination event-based). High-touch handling and wipe-down tasks typically require more frequent changes than assembly steps.
ESD reality check: published ESD performance is one element. Keep the entire ESD control plan in spec (humidity window, footwear/flooring, grounded work surfaces, garments) or gloves become a “false comfort.”
Chemical compatibility: nitrile resistance varies by solvent and exposure time. Validate against your actual chemicals and contact times (including splash vs. soak realities).
Receipt-to-use controls: store by FIFO, protect from UV/heat, and avoid carton debris shedding into controlled zones. If you must bring cases into cleaner areas, wipe-down and bag-out per your material transfer SOP.

Matching consumables: glove + wiper + swab (ISO alignment matters)

For Class 10 / ISO 4–5 workflows, match your glove choice to wiping and swabbing tools intended for critical environments so particles and residues are controlled end-to-end. 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.

Wipers (ISO 4 context published for the wiper family):
• Texwipe ThermaSeal™ 60 (TX2064 / TX2069) wipers are described as laser cut (thermally sealed) polyester laundered in an ISO Class 4 — useful when edge-driven releasables and particle control matter in critical wiping. Reference docs: https://www.soscleanroom.com/content/texwipe_pdf/2064%202069.pdf and https://www.texwipe.com/thermaseal-60-tx2069

Swabs (qualification required):
Choose a lot-coded cleanroom swab family that your site has qualified for the target area (ISO 4–5) and for the approved solvent/chemistry. Texwipe swab overview (selection discipline, shapes, and use cases): https://www.soscleanroom.com/content/texwipe_pdf/Texwipe%20Swabs%20Brochure.pdf

Note on terminology: when specifying wipes, use “low-lint” or “low-linting” language — no wiper is truly lint-free in every process condition.

Customer SOP disclaimer (education-first)

The guidance above is provided as general cleanroom best-practice education. It is not a substitute for your validated procedures. Always follow your site’s approved SOPs and quality requirements, and validate glove selection, donning/doffing steps, change frequency, and cleaning/wiping chemistry against your materials, risks, and acceptance criteria.

10) Common failure modes

“Dirty glove” from clean glove: touching non-controlled surfaces (door hardware, carts, keyboards) after donning and continuing work without changing.
Residue transfer during wipe-down: using too much solvent or reusing a contaminated wiper face, creating streaks or drying rings that appear under inspection lighting.
ESD gaps: relying on glove ESD metrics while the rest of the ESD control plan (humidity, grounding, garments) is out of spec.
Wrong glove for the step: using non-sterile gloves where a sterile barrier is required, or using a glove not validated for chemical exposure time and concentration.
Traceability breaks: losing lot linkage (bag-to-line) and making deviations harder to investigate when a defect or excursion occurs.

11) Closest competitors

For programs comparing non-sterile cleanroom nitrile gloves with published cleanliness and documentation pathways, typical alternatives include:

Ansell cleanroom nitrile platforms (BioClean/MICROFLEX cleanroom families) — often evaluated when nitrile cleanliness and controlled-environment documentation are key decision gates.
Kimberly-Clark/Kimtech nitrile cleanroom lines — frequently considered for controlled-environment handling where process discipline and supply continuity matter.
Other cleanroom nitrile lines with published particle/extractables targets — ensure the comparison includes documentation depth, packaging controls, and lot traceability, not just thickness and grip.

12) Program fit

Best fit: non-sterile Class 10 / ISO 4-managed handling where published contamination targets and documentation support qualification and change control.
ESD-sensitive environments: electronics and precision assembly using a defined ESD program window (surface, garments, humidity, grounding) where glove ESD metrics are one validated component.
Color-control workflows: programs using color to enforce zoning, task segregation, or changeover discipline.
Not the right fit when: your step requires sterile gloves, or you require a published attribute that is not stated for this series (treat “not stated” as a hard gate unless verified by the manufacturer and your QA).

13) Source basis

SOSCleanroom product page (TN1200 Series 12" nitrile gloves):
https://www.soscleanroom.com/product/apparel/cleanroom-tn1200-series-12-nitrile-gloves-class-10/

Manufacturer product page (TN1200 Series):
https://www.techniglove.com/

Manufacturer product spec PDF (as posted):
https://www.techniglove.com/wp-content/uploads/2026/01/tn100-tnt1200_FRONT.pdf

Certification example / batch documentation PDF (as posted; lot example):
https://www.techniglove.com/wp-content/uploads/2025/07/TechniGlove-240325-TN1200W.pdf

Chemical resistance chart (SOS-hosted):
https://www.soscleanroom.com/content/TechNiGlove_Chem.pdf

Standards and guidance hubs (program reference):
ISO: https://www.iso.org/standard/53394.html
FDA: https://www.fda.gov
ASTM: https://www.astm.org
IEST: https://www.iest.org

Texwipe pairing references (critical wiping/swabbing education):
ISO 4–5 critical wiping guidance: https://www.texwipe.com/iso-4-5-critical
ThermaSeal™ 60 reference (ISO Class 4 laundering described): https://www.soscleanroom.com/content/texwipe_pdf/2064%202069.pdf and https://www.texwipe.com/thermaseal-60-tx2069
Texwipe swab brochure: https://www.soscleanroom.com/content/texwipe_pdf/Texwipe%20Swabs%20Brochure.pdf

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: January 10, 2026