Quote Now


Solutions for Your Industry, Ready for Your Choice

%{tishi_zhanwei}%

2025-07-17

Embossed aluminum spacers cover a wide range from construction to industry

Energy saving doors and windows: As the core component of insulated glass, when used in conjunction with Low-E glass, the K value of the entire window can be reduced to below 1.0W/(m ² · K), which meets the green building evaluation standards.

2025-07-17

Double breakthrough in embossed aluminum insulation and process

Aluminum foil paper is pasted inside the hollow cavity, combined with molecular sieves to form a double insulation barrier. The measured heat transfer coefficient (U value) is reduced by 0.3-0.5W/(m ² · K), which can reduce air conditioning energy consumption by 15% -20% in passive buildings.

2025-07-03

Performance advantages and technological breakthroughs of embossed aluminum spacer strips

Roll pressed patterns form reinforcing ribs, significantly improving bending strength and adapting to the needs of large-span glass support. Irregular pits are set on the breathable surface to enhance the adhesive adhesion and achieve stable bonding with the glass, reducing the risk of delamination.

2025-07-03

Core definition and structural characteristics of embossed aluminum spacer

Embossed aluminum spacer is a key component in the manufacturing of insulating glass, which uses high-purity aluminum as the substrate and forms V-shaped, straight or corrugated patterns on the surface through rolling process

2025-07-03

Application scenarios of hollow aluminum spacers

Construction field Curtain wall system: supporting ultra large glass units to enhance building transparency and energy efficiency. For example, the Shanghai center Building adopts hollow aluminum partition curtain wall, with an annual energy saving rate of 40%.

2025-07-03

Characteristics and process advantages of hollow aluminum spacer material

High purity aluminum substrate: High purity aluminum with standard purity (such as 1060, 3003 aluminum alloy) ensures corrosion resistance, and the surface remains unoxidized for a long time after oxidation or coating treatment.