Key Features Specifiers Look For
A cleanroom door is part of the controlled envelope: it must close reliably, seal consistently, and stay hygienic after thousands of cleaning cycles.
Flush, Hygienic Surfaces That Stay Clean and Repairable
Cleanability starts with geometry. Euwoo designs door leaves and frames with flush faces, minimal seams, and smooth transitions at vision panels and hardware cutouts. This reduces dust traps and makes wipe-down faster, especially in corridors that must be sanitized multiple times per shift. Surfaces can be supplied in brushed stainless steel or durable powder-coated steel, with edge protection options to reduce damage from carts. Optional antimicrobial coating systems and HPL skins can be considered where chemical compatibility and long-term color stability are critical.
Repeatable Sealing Performance for Controlled Pressure Regimes
Airtight performance is mainly about repeatability. We build sealing systems around continuous perimeter gaskets, consistent latch compression, and threshold strategies that match your airflow design. In positive-pressure cleanrooms, a stable seal reduces uncontrolled leakage paths and helps maintain room-to-corridor differentials. For airlocks, predictable closing and sealing supports interlock logic and minimizes contamination transfer during door cycling. We offer EPDM or silicone gasket materials, optional drop seals for the bottom edge, and frame profiles that support clean, continuous gasket contact.
Flush Vision Panels Designed for Hygiene and Safety
Vision panels improve safety and flow, but they can become contamination points if the glazing is proud, cracked, or difficult to clean. Euwoo uses flush glazing approaches where the glass and surrounding bead are designed to minimize ledges on both sides of the door. This supports hygienic cleaning, reduces particle accumulation, and improves durability under repeated disinfectant exposure. Choose clear, frosted, or tinted glass depending on privacy needs, and size the panel based on sightline requirements and door strength.
Interlocks, Access Control, and Automation That Remain Serviceable
Many controlled environments rely on airlocks, segregation, or directional flow. Our cleanroom doors can be prepared for electric strikes, maglocks, card readers, and door position sensors, enabling integration with access control systems and BMS. For airlocks, we support mechanical and electronic interlock solutions, including signal-ready wiring routes, indicator light provisions, and fail-safe planning for emergency egress. Automation options such as swing operators or automatic sliding drives can reduce touchpoints and improve compliance with process flow.
Material and Finish Choices Matched to Your Cleaning Chemistry
Material choice should follow cleaning method and corrosion risk. Stainless steel (commonly 304, with 316 available for higher chloride environments) performs well where wet washdown, aggressive disinfectants, or humidity are routine. Powder-coated galvanized steel can be cost-effective for many ISO 7-8 corridors and support areas, provided coating chemistry is selected for the cleaning agent set. Share your cleaning chemicals, frequency, and temperature exposure, and we will recommend the material and finish approach that protects lifecycle cost.
Submittal-Ready Engineering Support
Projects are approved on documentation, not marketing claims. Euwoo supports contractors and specifiers with a submittal-oriented process: drawings that reflect wall thickness and handing, a clear hardware set list, and options mapping that avoids scope gaps. We can provide material certificates for stainless grades, finish references such as RAL color, and QC checkpoints aligned to your inspection plan. Packaging and labeling can be customized for phased deliveries, reducing site confusion and speeding installation.
Sealing and Hygiene Design
In controlled environments, the details at the perimeter decide performance. Euwoo focuses on sealing repeatability and serviceability so the opening can be maintained over years of operation.
Perimeter Gasket Strategy
Continuous gaskets are only effective when compression is consistent. We coordinate gasket selection with frame profile, hinge positioning, and latching points so gasket contact is even around the opening. EPDM and silicone are common choices, selected based on cleaning chemicals and temperature exposure.
Bottom Sealing and Thresholds
The bottom edge is often the weakest point in a cleanroom door system. Threshold choices are driven by cleaning method, cart traffic, and accessibility needs. Options can include low-profile thresholds, sweep and drop-seal approaches, and detailing that supports sanitation without creating trip hazards.
Frame-to-Wall Interface
Even high-quality door leaves cannot compensate for poor frame-to-wall sealing. We provide detailing guidance to help installers achieve continuous seals at the frame perimeter, including coordination for wall thickness, panel systems, and sealant compatibility.
Flush Glazing and Hardware Transitions
Vision panels and hardware cutouts create geometry changes that can trap particles if not handled correctly. Flush glazing options minimize ledges, while hardware selections are coordinated to avoid unnecessary protrusions.
Commissioning and Maintenance Readiness
Seal performance depends on installation quality and ongoing adjustment. We recommend commissioning checks that confirm door closing, latch engagement, seal contact, and interlock function. We design for replacement of gaskets and wearable parts without complex disassembly.
Specifier Checklist
- Define cleanliness class, pressure regime, and traffic flow
- Specify sealing priorities (perimeter, bottom, meeting stile)
- Coordinate wall thickness and construction type
- Confirm access control, interlock, and automation requirements
- Align finishes and materials with disinfectant chemistry
Door Configurations for Cleanrooms, Airlocks, and Corridors
Different rooms demand different traffic patterns, equipment clearances, and contamination controls. These configurations cover most commercial cleanroom projects.
Single Swing Cleanroom Doors
Best for: Most corridors and room entries where space allows swing clearance
- • Left or right handing
- • Vision panel sizing for safe movement
- • Electric lock preparation
- • Closer coordination for reliable latching
Define swing direction with airflow and workflow in mind.
Double Leaf Swing Doors
Best for: Equipment moves, carts, and wide openings
- • Asymmetric leaves for daily traffic plus wide access
- • Coordinator, astragal, and sealing details
- • Hold-open options aligned to safety rules
Confirm meeting-stile sealing coordination early.
Sliding Cleanroom Doors
Best for: Tight corridors or collision-risk areas
- • Manual or automatic sliding drives
- • Touchless activation and safety sensors
- • Frame and wall interface detailing
Plan pocket or surface-mount layout for service access.
Interlocked Airlock Door Pairs
Best for: Material and personnel airlocks with directional control
- • Mechanical or electronic interlock systems
- • Indicator lights and door status signals
- • Access control integration and audit needs
Define interlock logic and emergency release early.
Pass Doors and Transfer Openings
Best for: Small transfers between zones
- • Vision options for verification
- • Locking and access control
- • Finish and cleaning compatibility
Align size and hardware with SOPs.
Cleanroom Door Specifications
These ranges help you draft a specification and compare options. Final values depend on door type, wall system, hardware set, and project requirements.
Construction and Materials
| Door types | Single swing, double swing, sliding (manual or automatic) |
| Leaf thickness | 40-60 mm (final per design and hardware) |
| Leaf materials | Stainless steel, powder-coated steel, HPL options |
| Core options | Lightweight honeycomb and reinforced cores |
| Frame materials | Stainless steel or coated steel frames |
| Finish options | Brushed stainless; powder coating by RAL |
| Vision panels | Flush glazing; clear or privacy glass |
Sealing, Hardware, and Integration
| Perimeter sealing | Continuous gasket options (EPDM or silicone) |
| Bottom sealing | Threshold strategies and optional drop seals |
| Hardware sets | Stainless hinges; closers and latches coordinated |
| Access control | Electric strike, maglock, door position prep |
| Airlock interlock | Mechanical or electronic interlock options |
| Automation | Swing operators or sliding drives with sensors |
| Fire rating | Project-specific integration where required |
Submittal Inputs Needed
Cleanroom Doors vs Alternatives
Use this comparison to align the door selection to your environment and risk profile.
| Topic | Cleanroom Doors | Standard Commercial Doors | Hermetic Hospital/Critical Doors |
|---|---|---|---|
| Primary objective | Hygiene, controlled airflow compatibility, cleanable detailing | General access and durability for non-controlled spaces | Enhanced sealing for critical clinical environments |
| Sealing approach | Perimeter gasket options, threshold strategies, repeatable compression | Basic weather/smoke seals depending on use | Higher emphasis on specialized sealing and operator coordination |
| Surface hygiene | Flush faces and clean transitions to reduce dust traps | May include seams less suited to frequent sanitation | Often designed for intensive cleaning with project-specific detailing |
| Integration readiness | Airlock interlocks, access control, and automation options | Access control possible but may require more adaptation | Automation and controls commonly included |
| Typical environments | Pharma, biotech, medical device, electronics, hygiene zones | Offices, warehouses, general back-of-house | Specialized healthcare and critical process spaces |
| Cost drivers | Sealing system, materials/finish compatibility, controls integration | Door core and basic hardware | Operator package, controls, and specialized sealing |
Common Applications for Cleanroom Doors
Controlled environments vary by industry, but the door requirements repeat: hygiene, sealing consistency, durability under frequent cleaning, and integration with access control.
Pharmaceutical and Biotech Airlocks
Airlocks must reduce cross-contamination risk while maintaining process flow. Doors that do not seal consistently can undermine pressure control and SOP compliance.
Euwoo builds pharmaceutical cleanroom door packages with sealing options, vision panel layouts for safe movement, and preparation for interlocks and access control.
Medical Device and ISO-Classified Assembly
Teams need efficient movement between zones without introducing contamination from poorly detailed openings or damaged finishes.
Choose swing or sliding configurations with flush surface detailing and finish selections aligned to cleaning chemicals. Vision panels improve safety.
Electronics and Precision Manufacturing
Traffic patterns can be heavy, and door damage from carts or equipment can create surface defects that trap particles and complicate cleaning.
Euwoo recommends durable surface options, edge protection, and hardware packages selected for high-cycle use. Sliding or wide double-leaf configurations support equipment moves.
Food and Beverage Hygiene Zones
Frequent washdown and aggressive cleaning agents increase corrosion risk, while workflow demands fast, safe movement between zones.
Stainless steel options and chemistry-aligned finishes support wet cleaning regimes. Sealing and threshold choices are coordinated for hygiene and cart traffic.
OEM and Project Customization Options
Every facility has different airflow, hygiene, and access requirements. Euwoo offers OEM configuration support so your cleanroom door package fits without costly rework.
Door Type and Layout
Single swing, double leaf, or sliding configurations; airlock door pairs with interlock readiness
Materials and Finishes
Stainless steel for corrosion resistance; powder-coated steel by RAL; finish selection by chemistry
Vision Panels
Flush panels in clear or privacy glass; sizing aligned to sightline safety and door strength
Sealing Packages
Gasket material selection (EPDM or silicone), threshold strategies, and optional drop seals
Hardware Sets
Stainless hinge sets, coordinated closers and latches, and durable protection plates
Access Control
Preparation for electric strikes, maglocks, door position sensors, and card reader interfaces
Automation
Swing operators or sliding drives with safety sensors; touchless activation options
Special Requirements
ESD/anti-static needs, signage, room zoning color coding, and rated openings where required
Customization Process
- 1 Share door schedule and wall details
- 2 Confirm configuration and option mapping
- 3 Approve drawings and cutout coordination
- 4 Pilot/sample review if needed
- 5 Production with QC checkpoints
- 6 Export packing and delivery coordination
Commercial Guidance
Project-based; MOQs vary by configuration and finish. Standard configurations typically have lower MOQs than fully custom builds.
Typically 25-45 days after drawings and option mapping are approved.
Door schedule, wall thickness, required options (interlock/access control/automation), finishes, and delivery terms.
Installation and Commissioning Guidance
Cleanroom openings depend on installation quality. This guidance helps installers coordinate wall systems, sealing interfaces, and hardware.
Pre-Install Coordination
Confirm wall thickness, clear opening size, handing, and swing clearance. Verify hardware schedule and any interlock or automation requirements before frames are fixed.
Frame Setting and Anchoring
Set frames plumb and square, maintaining consistent reveals. Use anchoring methods appropriate to wall type and ensure interface remains accessible for sealing.
Frame-to-Wall Sealing
Apply sealing methods compatible with wall system and hygiene requirements. The goal is a continuous, cleanable interface without gaps that trap residue.
Leaf Hanging and Hardware
Install hinges, closers, and latching hardware to achieve reliable closing and consistent compression at the gasket line. Adjust closing speed and latch action as needed.
Bottom Detail and Threshold
Install threshold or bottom sealing strategy aligned to flooring build-up and cleaning practices. Confirm cart traffic needs and accessibility requirements.
Access Control and Interlock Integration
Coordinate wiring routes, junction boxes, and service access. Verify door status inputs and interlock logic prior to final finish closure.
Commissioning and Handover
Verify consistent closing, latch engagement, and gasket contact. Test interlock and access control functions, document settings for maintenance teams.
Common Pitfalls to Avoid
- Frames installed out of square, causing inconsistent gasket compression
- Threshold details not coordinated with flooring build-up
- Interlock wiring planned too late, creating rework
- Hardware mismatch leading to unreliable latching
- Sealants selected without chemical compatibility review
Standards and Documentation
Cleanrooms are governed by facility standards and validation plans. Euwoo supports this process with engineering coordination and submittal-ready documentation.
Commonly Referenced Standards
Cleanroom classification and monitoring programs. Door construction and sealing options aligned with controlled-environment needs.
Cleanroom design, construction, and start-up. Coordination guidance on frame-to-wall interfaces and sealing details.
Hygiene design expectations for sterile manufacturing. Material/finish recommendations and airlock-ready integration options.
Good manufacturing practices for drug production. Submittal documentation to support facility validation workflows.
Documentation Package
- Product data sheet and configuration summary
- Shop drawings reflecting wall thickness and handing
- Hardware set list and cutout coordination
- Finish references and material declarations
- Installation and adjustment guidance
- QC inspection checklist aligned to production
- Packing list and labeling for phased deliveries
Quality System: Euwoo operates under an ISO 9001 quality management system. Project-specific compliance should be confirmed by your cleanroom consultant and authority having jurisdiction.
Cleanroom Door FAQ
Common questions from contractors and project teams about sourcing cleanroom openings.
What makes a door suitable for a cleanroom?
How do I specify an ISO cleanroom door?
Can your doors be used in GMP facilities?
Should I choose swing or sliding doors for airlocks?
Do you support interlock systems for airlock doors?
What material is best: stainless steel or powder-coated steel?
How do you handle different wall thicknesses and panel systems?
How are flush vision panels designed to stay hygienic?
What do you need to quote a cleanroom door project?
What is the typical lead time and how do you support export delivery?
Request a Quote for Cleanroom Doors
Send your door schedule and wall details, and Euwoo will propose the right configuration, sealing package, and hardware set for your controlled environment. You will receive submittal-ready drawings and clear option mapping to support contractor coordination, commissioning, and long-term maintenance.
- Configuration recommendation
- Material and finish guidance
- Vision panel and hardware coordination
- Interlock/automation planning
- Export packing and labeling
