Description
The TOUCH® Bi-Fold Double Doors Hinge (TCH-11400 Series) is a specialized architectural hardware solution engineered for connecting bi-fold cabinet doors in corner units and multi-panel folding setups. Designed to accommodate door thicknesses from 16mm to 26mm, it features a wide 135° opening angle, a standard 35mm hinge cup, and micro-precision gap stability. Finished in durable nickel plating, it provides smooth folding travel, controlled adjustment, and seamless cross-compatibility with standard mounting plates.
Product Description
The TOUCH® Bi-Fold Double Doors Hinge (TCH-11400 Series) delivers precise alignment and effortless joint movement for folding cabinet doors, corner pie-cut units, and specialized bi-fold millwork. Tailored specifically for dual-panel configurations, this premium hinge features an extended 135° opening swing that ensures maximum accessibility to interior cabinet spaces. Manufactured with high-density structural materials and a corrosion-resistant nickel-plated finish, it guarantees long-term alignment stability and reliable heavy-duty performance for upscale residential and commercial cabinetry.
Key Features & Technical Specifications
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Opening Angle: 135° wide opening angle for maximum clearance and easy door articulation.
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Bi-Fold Application: Purpose-built mechanism engineered specifically for linking double bi-fold cabinet doors.
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Controlled Gap Adjustment: Integrated micro-adjustment system with advanced gap stability to prevent door sagging, shifting, or panel binding over time.
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Standard Hinge Cup Profile: 35mm cup diameter with an 11.5mm height, providing a strong anchoring foundation for door thicknesses from 16mm to 26mm.
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Flexible Boring Distance: Adjustable range from 3mm to 7mm for exact edge distance calibration.
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Cross-Compatible Mounting: Fully compatible with existing standard mounting plates for streamlined installation and maintenance.
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Nickel-Plated Finish: Premium nickel-plated coating providing superior resistance to wear, mechanical fatigue, and surface oxidation.
