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Thermally Broken Wood-Aluminum Composite Door

Thermally Broken Wood-Aluminum Composite Door Systems Overview | BLOSSOM CHEER

Engineered for low-energy green projects, our thermal break clad-wood doors combine PA66 GF25 struts, Low-E glazing, and solid timber, achieving ultra-low U-factors and zero surface condensation.

Key Benefits of Thermally Broken Aluminum Clad Wood Doors | BLOSSOM CHEER

PA66 GF25 Multi-Chamber Thermal Struts Achieving U ≤ 1.0 W/(m²·K)

Precision polyamide thermal breaks interrupt conductive heat transfer, lowering HVAC operational costs for green building tenders.

Thermal Equilibrium Preventing Timber Sweating Across Extreme Temperatures

Maintains interior wood surfaces above the dew point during -30°C to +40°C climate shifts, eliminating moisture condensation and mold rot.

Four-Tier EPDM Compression Seals Delivering Class 4 Air Tightness

Multi-point extruded gaskets and pressure-equalized chambers resist 600Pa wind-driven rain, preventing drafts in severe typhoons.

Triple Low-E Argon-Filled IGUs Providing Superior Thermal & Acoustic Mass

Triple-glazed warm-edge assemblies suppress infrared radiation while elevating overall sound transmission class to STC 38.

Infrared thermal imaging placeholder showing indoor and outdoor surface temperature comparison for a thermally broken wood-aluminum composite door under severe cold climate conditions
Infrared thermal imaging comparison under extreme indoor-outdoor temperature differences
Macro CAD sectional placeholder showing the PA66 GF25 thermal break chamber structure inside a thermally broken wood-aluminum composite door frame and sash assembly
PA66 GF25 thermal break chamber sectional CAD detail

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