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Q:Additional value?
A:Free provision: project feasibility analysis + case study of similar areas.
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Q:Can aluminum Composite panels be installed on complex curved facades? How can precision be ensured?
A:Customizable implementation, technical solutions include:
• 3D laser scanning + BIM modeling: accurately obtain wall surface data, prefabricate irregular panels;
• Adjustable transition system: uses universal angle codes and three-dimensional adjustable trusses, allowing for ±15mm correction;
• Segmented tight fitting process: decomposes curved surfaces into multiple linear planes, minimizing fitting errors.
We provide on-site surveying and surface deepening design services.
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Q:How do ultra-high-rise buildings address the wind pressure resistance issues of aluminum composite panels alucobond ?
A:Core technical countermeasures:
1. Mechanical verification: Calculate the thickness of the panels and the density of attachment points based on the local wind pressure value for a once-in-50-years event (e.g., ≥1.5 kN/㎡).
2. Enhanced anchorage: Use a combination of back bolts and mechanical hangers for dual fixation (at least 6 attachment points per panel).
3. Wind tunnel depressurization design: Install hidden air channels within the panel joints to balance internal and external air pressure.
The team includes structural engineers who can provide wind pressure calculation reports and seismic resistance reports.
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Q:How can installations be made without demolishing old walls during the renovation of existing buildings?
A:Innovative solutions:
• Dry construction method: New base layer constructed using light steel keel framework (80-150mm away from the original wall) to avoid issues related to the flatness of the old walls;
• Non-destructive anchoring: Use of chemical anchors to penetrate the insulation layer and reach the structural layer, preventing vibration-induced cracking;
• Quick plug-and-play system: Pre-installed clips on panels increase on-site assembly efficiency by 50%.
Successfully completed 17 renovation projects, with the fastest completion time being 15 days for a 1000 square meter project.
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Q:How to prevent condensation on aluminum composite panels alucobond due to cold bridging in cold regions?
A:Custom thermal break technology:
Technical solutions
1. Thermal break profile system → The profiles incorporate PA66 nylon thermal break strips with a thermal conductivity of ≤0.3 W/(m·K).
2. Layered sealing structure → Closed-cell foam rods are filled within the panel joints, covered externally by elastic sealant.
3. Condensate drainage → Water channels are set on the back of the profiles, connecting to vertical drainage ducts.
* Can provide thermal simulation reports and dedicated accessory packages for projects below -30°C.
