Medical Protective Clothing Built to Barrier Standards
Disposable medical protective clothing built to barrier standards — not just barrier claims.
Three product lines covering isolation gowns, full-body coveralls, and general-purpose disposable protective clothing, all produced in a Class 100,000 cleanroom with ISO 13485:2016 certification, CE (EU MDR) registration, and FDA 510(k) clearance.
What We Manufacture and Why the Distinction Matters
We produce disposable medical protective clothing at Gaomi Eztio Medical Technology Co., Ltd. — the same facility, the same cleanroom, and the same QC infrastructure we use for our certified medical masks. That matters because most protective clothing on the market comes from factories that treat it as a commodity nonwoven product. We treat it as a medical device, because in the markets you're selling into, that's exactly what it is.
The regulatory frameworks governing medical protective clothing — AAMI PB70 for isolation gowns in the US, EN 14126 for protective suits in Europe, ISO 16603 for blood penetration resistance — require documented manufacturing controls, traceable materials, and third-party test reports. Our ISO 13485:2016 quality management system covers these requirements by design. When your shipment arrives at a hospital procurement office or clears customs in the EU, the documentation package travels with it.
Our product line covers three distinct categories: Disposable Medical Protective Clothing, Medical Isolation Gown, and Medical Protective Coverall. Each serves a different barrier requirement and a different market segment — the section below maps them out so you can identify which SKUs fit your distribution channel.
Regulatory Frameworks Covered
Three Product Lines, One Certified Supplier
Each product line serves a different barrier requirement and market segment. Identify which SKUs fit your distribution channel below.
Disposable Medical Protective Clothing
General-purpose disposable protective garments for clinical and procedural settings where standard barrier protection is required. Constructed from SMS (spunbond-meltblown-spunbond) nonwoven fabric, these garments cover the core volume segment of hospital and clinic procurement — examination rooms, general ward use, and non-surgical procedural environments.
Available in gown and suit configurations with snap or tie-back closures. This is the SKU most distributors lead with when entering a new healthcare account, and the one that generates the highest reorder frequency once you're qualified as a supplier.
Medical Isolation Gown
Open-back and closed-back isolation gown configurations rated to AAMI PB70 Level 1 through Level 4. The barrier level determines the clinical application: Level 1–2 for minimal fluid exposure (general patient care, standard isolation), Level 3–4 for moderate-to-heavy fluid exposure (trauma, surgical assist, infectious disease isolation).
We produce both SMS and PE-coated nonwoven constructions depending on the barrier level specified. Seams are ultrasonically welded — no needle holes, no stitching gaps that compromise the barrier at the joint. Stitched seams are the most common failure point in isolation gowns sourced from non-medical factories. We don't use them.
Medical Protective Coverall
Full-body coverage with integrated hood, elastic wrist and ankle cuffs, and front zipper with protective flap. Rated to EN 14126 and available in Type 4, 5, and 6 configurations depending on the hazard level. The coverall is the highest-barrier product in this line — used in infectious disease wards, biohazard response, pharmaceutical manufacturing cleanrooms, and pandemic preparedness stockpiles.
Seams are ultrasonically welded and seam-taped for liquid-tight integrity. This is the product that gets scrutinized hardest during procurement audits, and the one where documentation gaps cause the most shipment delays.
Technical Specifications Across the Product Line
Category-level parameter ranges for supplier qualification and spec matching. Exact values for individual products are on each product page.
| Parameter | Disposable Protective Clothing | Medical Isolation Gown | Medical Protective Coverall |
|---|---|---|---|
| Primary Material | SMS nonwoven | SMS / PE-coated nonwoven | SMS / microporous film laminate |
| Fabric Weight | 35–50 gsm | 40–60 gsm | 50–70 gsm |
| Seam Construction | Ultrasonic welded | Ultrasonic welded / heat-sealed | Ultrasonic welded + seam tape |
| Barrier Standard | EN 14126, ASTM F1671 | AAMI PB70 Level 1–4 | EN 14126, ISO 16603, Type 4/5/6 |
| Available Sizes | S – XXXL | S – XXXL | S – XXXL |
| Closure Type | Snap / tie-back | Snap / tie-back / velcro | Front zipper with protective flap |
| Standard Colors | White, blue | White, blue, yellow | White, blue |
| Sterile Option | Available on request | Available on request | Available on request |
| Packaging | Individual polybag | Individual polybag | Individual polybag |
Disposable Protective Clothing
All products are manufactured in our Class 100,000 (ISO 8) cleanroom. Test reports covering viral penetration resistance, liquid barrier performance, and seam tensile strength are available for each product line.
Cleanroom Manufacturing: The Infrastructure Behind the Barrier Claims
Walk through our production floor and the first thing you notice is the access control at the cleanroom entrance. Our protective clothing production runs in the same Class 100,000 (ISO 8) environment as our mask lines — continuous particle monitoring, positive pressure differential, and gowning protocols for every person who enters. For a product whose entire value proposition is barrier integrity, the manufacturing environment is not a marketing detail. It's the baseline condition that makes the barrier claims credible, and it's what separates a product that passes a hospital procurement audit from one that gets rejected at the documentation review stage.
The production lines use ultrasonic welding for all seam construction. This is the decision that separates medical-grade protective clothing from commodity PPE. Ultrasonic welding fuses the nonwoven layers together using high-frequency vibration — the bond is a continuous, homogeneous seal with no needle penetration, no thread gaps, and no adhesive variability. The seam strength is determined by machine parameters (frequency, pressure, dwell time), not by operator technique, so the 10,000th gown in your order has the same seam integrity as the first. We run seam peel-strength tests at defined intervals on every production run — if a seam falls below spec, the line stops.
Fabric Sourcing & Incoming Inspection
The fabric itself is sourced from qualified nonwoven suppliers with documented lot traceability. For SMS constructions, we specify the meltblown middle layer weight and fiber diameter to match the barrier performance target — the same discipline we apply to our mask meltblown production, where we manufacture the filtration layer in-house.
For protective clothing, we work with approved external SMS suppliers but run incoming inspection on every fabric lot: basis weight, tensile strength, and barrier performance are tested before the roll enters production. A fabric lot that doesn't meet spec doesn't get used.
We've rejected rolls from suppliers we've worked with for years when the batch data didn't hold. That's not a comfortable conversation, but it's the right one to have before production, not after shipment.
In-House QC Lab & Third-Party Validation
Our in-house QC lab runs the performance tests that matter for your compliance documentation:
- Viral penetration resistance per ISO 16603
- Liquid barrier performance per EN 20811
- Seam strength per EN ISO 13935
These in-house results are the first gate. Third-party lab reports from SGS and equivalent accredited bodies are the second gate, and those are the documents that travel with your shipment.
Why Ultrasonic Welding Defines Medical-Grade
No Needle Penetration
Continuous seal eliminates thread gaps that compromise barrier integrity
Machine-Controlled
Frequency, pressure, and dwell time — not operator technique — determine seam strength
Batch Consistency
The 10,000th gown has the same seam integrity as the first — verified by interval peel-strength tests
Certifications That Clear Customs and Pass Procurement Audits
The certification stack on our protective clothing covers the regulatory frameworks your buyers operate under.
ISO 13485:2016
Medical Device QMS
The foundational requirement for hospital and institutional procurement in most markets. Our design controls, production records, and corrective action processes are audited by an external body on a surveillance schedule.
CE (EU MDR)
European Market Access
Post-2021 MDR requirements are significantly more demanding than the old MDD framework. We've been through the transition with multiple European customers and maintain the technical files required for EU import.
FDA 510(k) Registered
US Market Clearance
Your FDA import records are supported by our registration, reducing the risk of holds at the port of entry.
ISO 9001:2015
General Quality Management
General quality management system covering the broader manufacturing operation beyond medical-specific requirements.
SGS Verified
Third-Party Audit & Testing
Third-party audit and testing verification, available as supporting documentation for your procurement compliance requirements.
Pre-Order Documentation
For buyers entering new markets, we provide the specific documentation your compliance team or customs broker needs before you place the order — not as an afterthought after samples are approved.
Need certification documents for your compliance review?
We can supply full technical files, test reports, and registration certificates before you commit to an order.
Market Segments: Where This Product Line Generates Recurring Revenue
Medical protective clothing moves in volume through a small number of high-value channels. The segments below are where our existing buyers are building repeatable business.
Hospital and Institutional Procurement
Anchor Segment — Continuous Replenishment
ICU wards, surgical suites, infectious disease units, and general isolation wards consume isolation gowns and coveralls on a continuous replenishment cycle. Hospital procurement offices run on annual contracts with defined specs — once you're qualified as a supplier, the orders repeat.
Barrier level requirements: AAMI Level 3–4 for surgical applications, Level 1–2 for general isolation. Documentation requirements are non-negotiable.
This is where ISO 13485 and CE/FDA registration pay for themselves in your sales process.
Government and Emergency Stockpile Procurement
Largest Single-Order Volumes
National health agencies, civil defense organizations, and regional emergency management bodies purchase protective clothing in bulk for pandemic preparedness and disaster response reserves.
Tender requirements: Typically specify EN 14126 or equivalent standards, require third-party test reports, and have strict delivery timeline requirements.
Our production capacity and documentation infrastructure are built for this type of order.
Healthcare Distributors Building PPE Product Lines
Most Common Buyer Profile
Distributors who already carry masks, gloves, or other disposable PPE are adding protective clothing to round out their catalog. The commercial logic is straightforward: a hospital account that buys masks from you is a natural target for isolation gowns and coveralls.
Adding these SKUs increases your average order value without adding new accounts. We can supply the full range under your private label, so your customers see one brand across the product line.
Growth note: This segment has grown consistently for us over the past three years — worth building into your product roadmap if you're already in the disposable PPE space.
Pharmaceutical and Industrial Cleanroom Operations
Consistent Reorder, Lower Price Sensitivity
Pharmaceutical and industrial cleanroom operations use protective clothing that meets the same barrier standards as medical-grade garments — in some cases, the same products.
Segment characteristics: Smaller in volume but consistent in reorder frequency. Buyers are less price-sensitive than commodity PPE buyers because the compliance requirement is non-negotiable.
Where Protective Clothing Fails — and How We Engineer Against It
The protective clothing category has a well-documented set of failure modes. Buyers who've had a bad experience with a previous supplier usually trace it back to one of three places.
Seam Failure Under Stress
The most common complaint we hear from buyers switching suppliers is gowns or coveralls that split at the seam during use. This almost always traces back to stitched construction — needle holes in the seam create stress concentration points, and the thread itself degrades faster than the fabric.
Ultrasonic welded seams with no needle holes and no thread. The bond is a continuous fusion of the nonwoven layers. We test seam peel strength on every production run against a spec set above the EN ISO 13935 minimum — not at it.
Fabric Weight Drift Across Batches
A 40 gsm SMS fabric and a 35 gsm SMS fabric look identical to the eye and feel similar in the hand. The barrier performance is not the same. Factories that skip incoming inspection on fabric lots ship product with inconsistent barrier performance across batches — your first order passes the test, your third order doesn't.
We test every incoming fabric lot for basis weight and barrier performance before it enters production. The test records are part of the batch documentation that travels with your shipment, so you can trace any performance question back to the specific material lot.
Barrier Degradation from Packaging Failure
A high-barrier garment compromised by packaging damage before it reaches the end user is a liability, not a product.
We use individual polybag packaging with heat-sealed closures, and carton construction is specified to survive the handling conditions of international freight — not just domestic warehouse storage. For sterile products, the packaging validation is part of the product documentation.
Quality Assurance Summary
- Ultrasonic welded seams tested above EN ISO 13935 on every run
- Incoming fabric lot testing for basis weight and barrier performance
- Heat-sealed polybag packaging rated for international freight conditions
- Full batch documentation with material lot traceability
OEM and Private-Label Capability
Standard OEM Work
Your brand on our existing product configurations — straightforward. The product certifications remain valid under OEM arrangements because the manufacturing process and materials don't change.
Process
- 1 Artwork files submission
- 2 Packaging spec confirmation
- 3 Sample approval run before full production
- 4 Printing, packaging assembly, and documentation update to reflect your brand
Custom Configurations
For buyers who need modified configurations, we handle that through our product development process. The in-house capability to adjust fabric specifications and seam parameters means we're not dependent on a third-party converter to make changes.
Available Modifications
- Different fabric weight
- Adjusted sizing
- Alternative closure type
- Barrier level not in standard range
Required to justify line setup and material procurement — communicated upfront.
Certification Validity Under OEM
Product certifications remain valid under OEM arrangements because the manufacturing process and materials don't change. Your brand benefits from our existing CE and ISO 13485 certification infrastructure without additional regulatory burden.
Discuss OEM RequirementsExport Packaging and Container Loading
Protective clothing ships differently from masks — the volume-per-unit is higher, which affects container loading efficiency and your landed cost calculation.
Isolation Gowns
Higher container density, lower per-unit freight
Individually folded and packed in polybags, typically 10 per polybag, 100 per carton.
Depending on carton configuration and packaging format
Bulk clinical packing maximizes container utilization; retail-ready packaging reduces your downstream handling cost. We configure the packaging to match your distribution channel.
Protective Coveralls
Lower density — factor into landed cost models
Individually packed in polybags, typically 1 per polybag, 25–50 per carton. The hood and integrated design means coveralls compress less efficiently than gowns.
Per-unit freight cost higher than gowns
For buyers calculating landed cost, this is the number that matters: the per-unit freight cost on coveralls is higher than on gowns, and it's worth factoring into your pricing model before you commit to a retail price point.
Complete Export Documentation Package
Our export documentation covers everything your customs broker and compliance team need. We've handled EU MDR import documentation, FDA import records, and Gulf state SFDA equivalents — the paperwork doesn't catch us off guard.
Sourcing Questions Buyers Ask Before Placing an Order
What is the difference between a medical isolation gown and a medical protective coverall?
An isolation gown provides front and back torso coverage with open-back or closed-back construction — designed for clinical settings where the primary exposure risk is frontal fluid splash. A protective coverall provides full-body coverage including the legs, with an integrated hood and sealed cuffs.
Coveralls are specified for higher-risk environments where exposure can come from any direction: infectious disease wards, biohazard response, and pharmaceutical cleanrooms.
AAMI PB70 (US) or EN 13795 (EU)
EN 14126 or Type 4/5/6 under EN 13982
What AAMI PB70 level should I specify for hospital isolation gowns?
Level 1 and Level 2 cover low-to-minimal fluid exposure — general patient care, standard isolation, and examination settings. Level 3 is specified for moderate fluid exposure: trauma care, IV insertion, and emergency department use. Level 4 is the highest barrier level, required for surgical procedures and infectious disease isolation where blood or body fluid exposure is likely.
Most hospital procurement offices specify Level 3 as the baseline for general isolation gowns and Level 4 for surgical and high-risk isolation.
General patient care, standard isolation
Trauma, IV insertion, ED use
Surgical, infectious disease isolation
Stock Level 2 + Level 4 to cover majority of procurement
What fabric is better for medical protective clothing — SMS nonwoven or PE-coated nonwoven?
SMS (spunbond-meltblown-spunbond) is the standard construction for most disposable protective clothing. It's breathable, lightweight, and provides adequate barrier performance for Level 1–3 applications.
PE-coated nonwoven adds a polyethylene film layer that significantly increases liquid barrier resistance — used for Level 3–4 isolation gowns and high-barrier coveralls where fluid penetration resistance is the primary requirement.
The trade-off is breathability: PE-coated garments are less breathable than SMS, which matters for extended wear in clinical settings.
| Property | SMS | PE-Coated |
|---|---|---|
| Barrier Level | Level 1–3 | Level 3–4 |
| Breathability | High | Lower |
| Fluid Resistance | Adequate | High |
| Volume Segment | Standard distribution | Surgical / high-barrier |
How do I verify that disposable protective clothing meets EN 14126 requirements?
EN 14126 requires testing under three key methods:
- ISO 16603 — Blood and body fluid penetration resistance
- ISO 16604 — Viral penetration using bacteriophage
- EN ISO 22610 — Wet bacterial penetration
A product claiming EN 14126 compliance should have third-party test reports from an accredited laboratory covering all three test methods, plus a CE technical file if it's being sold as a medical device in the EU.
Buyer tip: Ask for the test reports before placing an order — not after samples are approved. We provide full test documentation with every product line.
What is the MOQ for medical protective clothing?
Standard SKUs start at 50,000 pieces.
For custom configurations — modified sizing, non-standard fabric weight, or private-label packaging — the minimum is higher and depends on the specific configuration. We confirm the MOQ for your exact specification when you send us the product requirements.
Can you produce medical protective clothing with our brand packaging?
Yes. Standard OEM work requires artwork files and a sample approval run before full production. We handle printing and packaging assembly in-house. The product certifications remain valid under OEM arrangements.
Contact us at [email protected] to discuss your packaging requirements.
Start Your Sourcing Conversation
Tell us your target market, the barrier level you need, and your volume expectations — we'll identify the right product configuration and send back a quote with full specification sheets and available test documentation.
Most buyers in this category start with a sample order to verify the product against their own compliance requirements before committing to a full production run. We can ship samples on request.