Dustproof Waterproof Glass Door

The Dustproof Waterproof Glass Door is a precision-engineered assembly designed for settings where air quality control and water exclusion are non-negotiable. The door leaf utilizes laminated or fully tempered safety glass with a thickness range of 10 mm to 12 mm, treated with a hydrophobic nano-coating that repels water and simplifies cleaning. Its perimeter is fitted with a continuous co-extruded EPDM gasket system that achieves an IP65 rating on the IEC 60529 standard, certifying complete dust tightness and protection against low-pressure water jets. The bottom sweep incorporates an automatic drop-down seal that activates upon door closure, compressing against a stainless steel threshold to create an airtight and watertight barrier. Framing is crafted from 304 or 316 stainless steel, bead-blasted and passivated, or from anodized architectural aluminum, both featuring thermal break profiles to prevent condensation. Hinge systems use sealed bearings and are adjustable on three axes to maintain alignment under high-cycle operation. Optional electrified locking and interlock controllers allow seamless integration into secure facilities. Below are the detailed parameters that underscore the durability and performance of the Dustproof Waterproof Glass Door.

• Glazing: 10 mm or 12 mm clear or low-iron safety tempered glass
• Dustproof rating: IP6X (total dust ingress protection) tested under IEC 60529
• Waterproof rating: IPX5 (protected against water jets) as standard; IPX6 available on request
• Edge seal: Double neoprene and EPDM compression gaskets around full perimeter
• Bottom seal: Automatic mortise drop seal with silicone fin profile
• Frame: 70 mm deep profiles in 1.5 mm thick SS304 or 2.0 mm aluminum alloys
• Hardware: Stainless steel butt hinges with sealed cartridge bearings, stainless steel lever handle with keyed cylinder
• Dimension capabilities: Single door up to 1200 mm × 2500 mm; double door systems up to 2400 mm × 2500 mm
• Performance: Acoustic reduction Rw 38 dB; U-value down to 1.8 W/m²K with thermal break