Integrity Anti-Static Disposable Coverall

Description
Technical Vault

Integrity® Anti-Static Disposable Cleanroom Coverall — PPE Category III, Type 5/6 Protection, 55 gsm Microporous Non-Woven, Hooded, Elastic Cuffs/Ankles (Non-Sterile)

Anti-Static / ESD Support Disposable Coverall PPE Cat III Type 5/6 (Dust + Light Splash) Hooded Individually Bagged (Case Qty) Non-Sterile

Overview

Integrity® Anti-Static Disposable Coveralls are engineered for controlled environments and ESD-sensitive workflows where particulate discipline and garment design consistency matter. The manufacturer describes a breathable, low-lint microporous non-woven construction intended to help reduce heat stress while supporting a protective barrier against airborne solid particulates and small liquid chemical spatters (Type 5/6 positioning).

This listing is non-sterile and is commonly selected for clean manufacturing, support areas, and controlled handling where disposable apparel is preferred for change-control simplicity and reduced laundering variables.

Why this coverall matters in controlled environments

Barrier + breathability balance: Microporous material is positioned to reduce particulate transfer while helping wearer comfort during long shifts.
Design features that reduce exposure paths: Hooded construction and elastic interfaces (cuffs/ankles/waist) help maintain garment closure integrity during movement.
Anti-static support for sensitive builds: Anti-static apparel can reduce nuisance static and support ESD control programs when used alongside appropriate grounding and facility controls.
Disposable = simpler change control: Eliminates laundering variability and simplifies lot/receipt traceability for audits and investigations.
Operational clarity: Non-sterile designation helps facilities avoid misapplication in aseptic zones that require sterile garment systems.

Typical tasks supported

ESD-sensitive assembly, inspection, and packaging operations
Controlled material staging and component handling where low-lint apparel is desired
Dry powder handling or dusty steps consistent with Type 5 positioning (site risk assessment required)
Light splash exposure consistent with Type 6 positioning (site risk assessment required)
General clean manufacturing and controlled maintenance activities (non-sterile use cases)

Note: A coverall supports contamination control, but it does not define an ISO class. ISO 14644-1 cleanroom classes are assigned by particle concentration testing and ongoing monitoring.

Key specifications (published)

Product type	Disposable anti-static hooded coverall
PPE positioning	PPE Category III; Type 5/6 (dust + limited splash)
Material / basis weight	Microporous non-woven; 55 gsm (manufacturer technical reference)
Closure	Zip closure (manufacturer technical references may include storm flap / enhanced zipper design depending on variant)
Interfaces	Elasticated cuffs; manufacturer technical reference indicates elasticated waist and ankles
Hood	Yes; panel/elasticated hood (manufacturer technical reference)
Sterility	Non-sterile (this listing)
Available sizes (this listing)	S, M, L, XL

Anti-static apparel is one element of ESD control. For ESD-sensitive environments, confirm your facility grounding, flooring, and work-surface controls (and train gowning discipline) so apparel performance is not treated as a standalone safeguard.

Packaging and handling

Case quantity: 50 coveralls per case, individually bagged (helps reduce handling contamination risk and supports staging discipline).

Availability note: Typical lead time is listed as 7–10 business days when not in stock. Mask not included; select appropriate head/face PPE per your process risk assessment.

EU GMP Annex 1 alignment notes (practical)

Annex 1 programs typically treat garments as part of the facility’s Contamination Control Strategy (CCS). Selection is only one control—performance depends on validated gowning, change frequency, and documented training.

Grades A/B expectation: aseptic zones typically require sterile garment systems; this listing is non-sterile, so confirm intended use by grade and CCS.
Change triggers: define time/task-based changes and immediate replacement triggers (tear/snag, wetting, contact with non-controlled surfaces).
Documentation: maintain lot traceability, receiving inspection, and change-control if any substitution occurs.

Storage and lifecycle control

Store in a clean, dry location away from direct sunlight and solvent vapors, in original packaging until point of use.
Use FIFO and protect individual bags from puncture/tearing during staging into controlled areas.
Treat disposable coveralls as single-use unless your CCS/SOP explicitly validates an alternative practice.

Standards context (selection support)

ISO 14644-1 cleanroom classification context (air cleanliness by particle concentration): ISO 14644-1:2015 (ISO abstract)
Type 5/6 apparel positioning typically references EN ISO 13982-1 (Type 5) and EN 13034 (Type 6); anti-static positioning often references EN 1149-5.
Always perform a task-based risk assessment for chemical compatibility, mechanical hazards (tear/abrasion), and heat stress.

Documentation

Use manufacturer documents for qualification packets, apparel specs, and change-control reviews.

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The Technical Vault By SOSCleanroom

Apparel & PPE Anti-Static / ESD Support ISO 14644 Operations Context Donning Discipline Annex 1 CCS Notes

Product snapshot (what it is)

Integrity® Anti-Static Disposable Coverall is a hooded, microporous non-woven disposable coverall positioned as PPE Category III with Type 5/6 protection concepts (dust + limited splash), designed for controlled environments and ESD-sensitive workflows.

Material concept: 55 gsm microporous non-woven (manufacturer technical reference)
Interfaces: hood + elasticated cuffs; technical references also indicate elasticated waist and ankles
Presentation: non-sterile (this listing); individually bagged case packaging supports staging discipline

ISO-first: where garments fit in ISO 14644 control

ISO 14644-1 classifies cleanrooms by airborne particle concentration, verified through particle counting at defined sampling locations. Apparel does not define the room class—but it can materially impact performance by reducing particle transfer at the operator interface, especially during motion-intensive work.

Practical takeaway: treat apparel as a process control (gowning SOP + training + change frequency + correct sizing) rather than a purchasing decision alone.

How to interpret Type 5/6 and “anti-static” (in plain terms)

Type 5 (dust): intended to help protect against hazardous dusts / airborne particulates (site risk assessment and chemical compatibility still apply).
Type 6 (limited splash): intended for limited liquid splashes and light sprays (not continuous immersion).
Anti-static: supports ESD control, but effectiveness depends on a complete program (grounding, floors, work surfaces, humidity controls, and correct donning).

ESD reminder: anti-static-treated garments generally must be used within a suitably grounded environment to perform as intended. Do not treat apparel as a substitute for grounding and facility ESD engineering controls.

Donning discipline (minimize contamination during gowning)

Prep: remove jewelry; secure hair/beard; verify correct size to avoid ripping seams and over-stretching cuffs.
Hand hygiene: perform per SOP; allow hands to dry before contact with garment interfaces.
Open the bag carefully: avoid tearing that can generate debris; present the garment without dragging on floors or benches.
Step-in without sweeping motion: reduce air pumping; pull up to waist while keeping exterior away from street clothing.
Arms + hood: insert arms, seat cuffs; then don hood and fully close the zipper. Confirm the zipper area is flat and closed.
Final check: confirm cuffs are seated, ankles are secure, and movement does not open gaps at interfaces.

Doffing and disposal (keep contamination contained)

Move slowly: avoid snapping or shaking, which can aerosolize particles.
Peel “dirty side in”: unzip, roll the exterior inward as you remove sleeves and legs.
Contain immediately: dispose per site SOP; segregate if used in chemical handling or hazardous dust work.
Wash hands: complete hygiene step and document per CCS if required.

EU GMP Annex 1: what auditors tend to care about

Garments are part of CCS: selection should be science/risk-based with documented rationale, not price-driven substitution.
Sterile expectations in Grades A/B: Annex 1-aligned aseptic programs generally require sterile garment systems in the highest-grade areas; match sterility to grade.
Training + verification: gowning qualification, retraining cadence, and observation records matter as much as the garment spec.

Quick qualification checklist (for your internal packet)

Incoming inspection: verify packaging integrity, size, and visible defects before staging into controlled areas.
Traceability: record lot/date codes per SOP (especially when investigating excursions or defects).
Fit verification: confirm range-of-motion tasks do not open gaps or tear seams.
Change strategy: define time/task-based changes and contamination-contact triggers.
ESD integration: confirm the coverall is used within your full ESD control program (grounding + surfaces + audits).

Manufacturer & technical references

Compliance note: This Technical Vault content is educational and should be aligned with your site SOPs, risk assessments, and applicable regulatory requirements.