Kimberly-Clark Kimtech (51931) A8 Zipper Lab Coat (Small)

Description
Technical Vault

Kimberly-Clark Kimtech™ (51931) A8 Zipper Lab Coat (Small) — 3-Layer SMS, Knit Cuffs, Mandarin Collar, Type 6 Limited Splash, Anti-static, Double-Bagged (25/Case)

A8 (Non-Sterile Cleanroom Apparel) Size: Small 3-Layer SMS Zipper Closure Knit Cuffs High Mandarin Collar No Pockets EN 13034 Type 6 (Limited Splash) EN 1149-5 (Anti-static) Latex-Free (Not Made With) BHT-Free (Not Made With) Silicone-Free (Process Statement) Double-Bagged 25/Case

Overview

The Kimtech™ A8 Zipper Lab Coat (SKU 51931, Small) is a cleanroom-handled, non-sterile protective lab coat designed for controlled workflows where garment control, comfort, and consistent coverage are required and there is the potential for light fluid contact. It features protective 3-layer SMS (spunbond/meltblown/spunbond) fabric, a high mandarin collar, soft knit cuffs, a zipper closure (zipper tab on the right side), and a no-pocket design to reduce traps and snag points.

SOSCleanroom focuses on best-in-class contamination-control PPE because critical environments cannot afford “close enough” substitutes. Kimtech™ is part of the Ansell PPE portfolio, and SOSCleanroom maintains a close working relationship with Ansell to support documentation, program continuity, and controlled substitutions for audit-ready operations.

Why this lab coat matters in controlled environments

Barrier + breathability balance: 3-layer SMS is used where there is potential for light fluid contact while supporting wearer comfort in longer shifts.
Improved interface coverage: High mandarin collar and knit cuffs help stabilize the neck and wrist boundaries (where contamination escapes and intrusions commonly occur).
Streamlined closure control: Zipper closure helps achieve consistent closure and quicker gown changes in support areas.
ESD-aware workflows: Fabric is stated to meet EN 1149-5 anti-static requirements.
Material discipline: Not made with natural rubber latex; not made with BHT preservative; and manufacturing process is stated not to introduce silicone.

Typical tasks supported

Material staging, labeling, and packaging in controlled support spaces
General laboratory operations where garment control and consistent coverage are required
Low-exposure splash-prone steps (per facility risk assessment) where Type 6 limited splash is appropriate
Non-sterile preparation and support workflows (program-dependent)
Visitor, maintenance, and support entry where quick changeover helps reduce cross-contamination risk

Key specifications (published)

SKU / Size	51931 / Small
Available quantity option	Case
Case unit	25 lab coats per case
Fabric / cuffs	100% polypropylene breathable SMS; knit cuffs listed as 100% polyester
Collar / closure	High mandarin collar; zipper closure; zipper tab on right side
Pockets	No pockets
Limited splash claim	EN 13034:2005 +A1:2009 PB (Type 6) limited chemical splash
Anti-static claim	EN 1149-5:2008 anti-static requirement
Material restrictions	Not made with natural rubber latex; not made with BHT preservative; process stated not to introduce silicone
Color / brand	White / Kimtech
Packaging	Double-bagged
Lead time (site)	Typically 5–7 business days
Style (as listed)	Neck loop for hanging

Program note: A8 is commonly positioned as non-sterile cleanroom apparel used in bioburden control and support areas (program-dependent). Validate garment selection within your facility risk assessment and CCS/SOPs.

Packaging and handling (clean transfer)

Garments are listed as double-bagged to support controlled staging. Standard practice is to remove the outer bag in the designated ante area, then stage the inner bag into the controlled zone per SOP to reduce packaging-borne contamination transfer.

Case unit: 25 lab coats (SKU 51931, Small).

EU GMP Annex 1 alignment notes (practical)

Annex 1 programs treat garments as part of the facility Contamination Control Strategy (CCS). A8 lab coats are typically positioned in non-sterile / support contexts (e.g., Grade C/D support and material handling), while aseptic core zones often require sterile, validated gown systems.

Define where it’s allowed: Map this coat to room grades/ISO areas in your CCS and gowning SOP.
Glove overlap control: Knit cuffs should sit under the glove cuff; use your approved cuff-sealing method if required by SOP.
Change triggers: Replace after any splash event, tear/snags, or when exiting the controlled workflow.
Substitution control: Control garment SKUs and substitutions through change management to prevent process drift.

Storage and lifecycle control

Store in original packaging in a clean, dry location to preserve packaging integrity.
Stage per SOP: outer-bag removal before entry; inner bag opened only inside the appropriate controlled zone.
If packaging integrity is compromised, quarantine and replace per your quality system.

Standards and references (where applicable)

ISO cleanroom classification context (ISO 14644-1): https://www.iso.org/standard/53394.html
EU GMP Annex 1 (sterile manufacture): https://health.ec.europa.eu/system/files/2022-08/20220825_gmp-an1_en_0.pdf
EN 13034 Type 6 (limited chemical splash) and EN 1149-5 (anti-static) — as stated in published product details

Documentation

Use these documents for qualification packets, CCS support files, and change-control reviews.

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.

The Technical Vault By SOSCleanroom

Garment Control Donning Discipline ISO-First Guidance Annex 1 CCS Thinking Kimtech A8 Zipper Lab Coat

Where this garment fits (ISO-first, practical)

In ISO-controlled environments, garments are a primary control because people are the largest contamination source. Kimtech™ A8 apparel is commonly used in support areas where you still need disciplined garment control and consistent coverage, but the workflow is not sterile at the point of exposure (program-dependent).

Selection rule: Match garment selection to the room classification, task risk, and SOP. If your process is aseptic at the point of exposure, validate whether a sterile, validated gown system is required instead of a non-sterile lab coat.

Donning guidance (to minimize contamination transfer)

Stage the packaging correctly: remove the outer bag in the ante area; bring only the inner bag into the controlled zone per SOP.
Hand hygiene first: wash/sanitize per SOP before touching the garment or zipper.
Control contact points: handle interior surfaces as much as possible; avoid brushing the coat against benches, carts, or door frames.
Collar + zipper discipline: seat the mandarin collar smoothly and zip fully to reduce gaps at the chest/neck boundary.
Wrist interface control: knit cuffs must remain under the glove cuff; avoid rolling cuffs back (this increases shedding and exposes skin).
Change triggers: replace immediately after any splash exposure, tear/snags, zipper failure, or contact with non-controlled surfaces.

EU GMP Annex 1 mindset (CCS-style controls)

Zoning discipline: document where non-sterile lab coats are allowed (room grade + task list) within your CCS.
Glove interface policy: define glove overlap and cuff discipline; if cuff sealing is used, standardize the tape + technique to avoid wicking under cuffs.
Behavioral controls: train around zipper handling and collar adjustments to reduce incidental touches.
Change management: control garment SKUs (e.g., 51931 Small) and substitutions through change control to prevent process drift.

Best-in-class programs (why SOSCleanroom standardizes)

In critical environments, apparel is not “just PPE.” It is a process control. SOSCleanroom prioritizes best-in-class programs and maintains close manufacturer relationships (including Ansell’s Kimtech™ portfolio) to support documentation, training alignment, and continuity of supply.

If you are building or updating a gowning program, ask SOSCleanroom about program support resources and training options referenced in manufacturer literature (e.g., on-boarding, SOP alignment, and behavior-based gowning controls).

Complete the contamination-control system (recommended companions)