The core advantage of integrated insulation and decoration lies in integrating the traditional step-by-step construction of insulation and decoration functions into a single board, achieving efficient on-site assembly after prefabrication in the factory, fundamentally reconstructing the construction logic and performance of the building exterior wall system. Its core value is not only reflected in "speeding up and reducing costs", but also in achieving a coordinated upgrade of building energy efficiency, safety and durability, and aesthetic expression through systematic design.
1、 Revolutionary improvement in construction efficiency, shortening the construction period by more than 50%
Traditional exterior walls require at least 5-7 processes, including insulation layer pasting, anti cracking mortar plastering, grid cloth laying, putty leveling, and coating finishing. Each stage has a waiting period for curing, resulting in a long overall construction period. The integrated insulation and decoration board is prefabricated and composite in the factory, integrating the insulation core material with the decorative surface layer. On site, only three steps are required: surface treatment, anchor installation, and joint sealing.
Sharp reduction in process: from serial multi process to single step installation, the construction chain is compressed by more than 60%
All day construction: Wet work reduced by 70%, unaffected by rain, snow, and low temperatures, and the daily effective construction time extended by 2-3 hours
Reduced labor costs: Installation only requires workers who master standardized operations, with a measured efficiency of 15-20 square meters per person per day, which is more than 60% higher than traditional processes
2、 Stable and reliable energy-saving performance, helping green buildings meet standards
The integrated board completes the composite of insulation layer and decorative layer in a controlled environment, avoiding common problems such as hollowing, faults, and uneven thickness during on-site construction, ensuring the continuous and complete insulation system.
High energy efficiency: The system's energy efficiency can reach over 65%, meeting the mandatory requirements for prefabricated buildings in the General Code for Civil Buildings GB 55031-2022
Accurate cold bridge control: significantly reduces heat loss through optimized node design and improved anchoring methods
Strong climate adaptability: The insulation core material can be selected from various materials such as EPS, XPS, rock wool, PU, etc., accurately matching the energy-saving needs of different climate zones in the north and south
3、 Rich and long-lasting decorative effects, achieving the unity of architectural aesthetics and functionality
Compared to traditional coatings that are prone to fading and color differences in stone, integrated panels are sprayed with decorative surfaces on factory automated production lines to ensure uniform color and consistent texture.
High degree of simulation: can achieve visual effects such as simulated granite, metal curtain walls, wood grain, etc., comparable to natural materials
Ultra long weather resistance: using fluorocarbon coating or silicone acrylic paint finish, passing a thousand hour weather resistance test, with strong UV resistance, acid rain resistance, self-cleaning ability, and a finish life of over 25 years
Personalized customization: supports flexible adjustment of color, texture, and size to meet differentiated architectural design needs
4、 Strong system security, achieving the same lifespan as the building
Through the dual fixation method of "bonding+mechanical anchoring" and structural optimization design, the wind pressure resistance, seismic resistance, and fire resistance of the exterior wall system are greatly improved.
Anti drop design: patented technologies such as L-shaped corner code misalignment layout and elastic card structure enhance connection reliability
High fire rating: Class A non combustible materials (such as rock wool and calcium silicate board) are widely used to meet the fire protection standards for high-rise buildings
Excellent durability: After 80 cycles of hot rain and 20 freeze-thaw tests, there is no cracking or detachment, and the system design life can reach 50 years
5、 Significant comprehensive cost advantage and outstanding economic viability throughout the entire lifecycle
Although the initial investment is slightly higher than traditional processes, the overall economic benefits are better through cost reduction, efficiency improvement, and later maintenance savings.
Construction cost reduction: halving the construction period significantly reduces scaffolding rental and labor management costs, resulting in a comprehensive cost reduction of 30% -70%
Low operation and maintenance costs: excellent waterproof and moisture-proof performance, water absorption rate less than 1%, almost no need for renovation and maintenance in the later stage
Significant environmental benefits: reducing on-site construction waste and carbon emissions, 95% of materials can be recycled and reused, in line with the trend of low-carbon development