Clean room aluminum frame door is the most widely used sliding door in clean room, It has the characteristics of beautiful appearance, high strength, good flatness,strong air tightness, heat insulation, good heat preservation and easy cleaning.
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With over two decades of hands-on experience designing, specifying, and validating cleanroom infrastructure across semiconductor fabs, biologics manufacturing suites, aerospace test labs, and GMP-grade facilities, I’ve seen how a single component—like the Clean room aluminium door—can quietly define system integrity, operational continuity, and long-term compliance. This isn’t about aesthetics or generic hardware. It’s about engineered consistency: tight tolerances, repeatable sealing, zero particle shedding, and seamless integration with adjacent envelope systems.
Our aluminum clean room door is purpose-built for environments where ISO Class 3–8 performance is non-negotiable—and where cross-contamination risk, pressure differentials, and frequent personnel/equipment throughput demand more than standard architectural doors. Constructed from aerospace-grade Spain Aluminum alloy cleanroom doors profiles (6063-T5 anodized), each unit features full perimeter gasketing, adjustable pneumatic or electromagnetic latching, and optional integrated interlocks. Unlike off-the-shelf alternatives, these are not retrofitted solutions—they’re part of a unified ecosystem that includes Spain prefabricated cleanrooms, Spain modular cleanroom systems, and compatible Aluminum Clean Room Wall Panels. That interoperability reduces on-site commissioning time by up to 35% and eliminates thermal bridging or air leakage at critical junctions.
We support both manual and automated configurations—especially critical for high-traffic zones in wafer fabs or sterile fill lines. The Spain Automatic sliding cleanroom doors integrate smoothly with BMS protocols and offer programmable dwell time, obstacle detection, and soft-start/stop motion. All units undergo pre-shipment validation: differential pressure hold testing (±125 Pa), particle shedding assessment (per ISO 14644-1 Annex D), and repeated cycle endurance (≥200,000 cycles). And because real-world deployment requires flexibility, our Aluminium doors Design team collaborates directly with your engineers—from early-stage layout review through final FAT—to ensure alignment with airflow models, gowning sequences, and material flow paths.
| Parameter | Specification |
|---|---|
| Frame Material | 6063-T5 aluminum alloy, anodized (15–20 µm), matte silver finish (RAL 9006) |
| Door Leaf Core | Honeycomb aluminum or Spain Aluminium honeycomb gypsum panel (fire-rated option: EN 13501-2 Class A2-s1,d0) |
| Sealing System | Triple-lip EPDM gasket (cleanroom-grade, silicone-free), compression-adjustable |
| Operating Options | Manual swing (left/right), bi-parting slide, or motorized automatic (Spain Automatic sliding cleanroom doors) |
| Pressure Differential Rating | Up to ±250 Pa (tested per ISO 14644-3 Annex B) |
| Particle Shedding | <10 particles ≥0.5 µm per m³ per minute (measured in ISO Class 5 chamber) |
| Fire Performance | Non-combustible assembly; optional fire rating up to 120 minutes (EN 1634-1) |
| Standard Sizes | 800–1200 mm wide × 2100–2400 mm high (custom dimensions available) |
| Compliance | ISO 14644-1, SEMI S2, USP <797>/<800>, EU GMP Annex 1 (2022), ASHRAE 129 |
In semiconductor & electronics manufacturing, door integrity directly impacts yield loss. Our aluminum clean room doors maintain laminar flow continuity at vestibule transitions—critical near photolithography bays where even micro-turbulence can deposit contaminants on 5nm wafers. In one Penang-based logic fab, switching from stainless steel-hinged to our Spain Aluminium doors reduced particle excursions at doorways by 68% during tool maintenance cycles.
For biopharmaceutical & life science applications, the aluminum cleanroom door serves as a physical and procedural boundary—not just between classified zones, but between process steps. Its smooth, non-porous surface supports validated cleaning with hydrogen peroxide vapor (HPV) or sporicidal agents, while the absence of crevices prevents biofilm accumulation. Paired with Spain modular cleanroom systems, it enables rapid reconfiguration of isolation suites for multi-product facilities—without compromising containment (tested to ISO 10648-2).
Aerospace & precision optics labs rely on thermal stability and vibration damping. Our doors use rigid honeycomb cores bonded to aluminum skins—minimizing dimensional drift across ambient shifts from 18°C to 25°C. In Kuala Lumpur-based optical calibration chambers, this has extended recalibration intervals by 40%.
Even in food & beverage production and automotive EV battery assembly, where ISO Class 7–8 suffices, hygiene and corrosion resistance matter. The anodized finish resists cleaning chemicals (pH 2–12), and the frame design eliminates standing water traps—unlike painted steel alternatives. And for data centers housing AI training clusters or new energy R&D labs handling solid-state batteries, the door’s EMI shielding option (optional copper mesh layer) ensures electromagnetic compatibility without compromising airflow.
All units are manufactured at our dedicated Aluminium doors Factory, where every batch is traceable to raw material lot, anodizing bath parameters, and final functional test logs. We don’t ship “doors”—we ship verified interfaces. Whether you’re specifying for a new greenfield site in Johor Bahru or upgrading legacy access points in a Selangor medical device plant, our Clean room aluminium door delivers predictable performance—not promises.
Contact us today for a free quote.