XPS composite panels are a novel material suitable not only for exterior wall insulation and decoration of new buildings, but also for energy-saving and decorative renovations of existing buildings; suitable for exterior wall insulation of various public and residential buildings. The fire-resistant composite panel insulation system should have a reliable connection with the base wall, be able to adapt to normal deformation of the base layer without cracking or hollowing; it should be able to withstand its own weight, wind loads, and the long-term repeated effects of outdoor climate without harmful deformation or damage; all components of the insulation system should have physical and chemical stability; all component materials should be compatible with each other and have corrosion resistance. The selection of fire-resistant composite panels and their insulation system materials needs to be determined through scheme comparison and technical and economic analysis, taking into account the specific conditions of the region and the requirements of the building, to ensure that the system is adapted to local conditions, rationally formulated, optimally combined, and safe and reliable.
It features ultra-durable protection, high energy efficiency and environmental protection, high weather resistance, high self-cleaning ability, pollution resistance, acid rain resistance, corrosion resistance, high decorative properties, low cost, and convenient and quick construction.
Integrated thermal insulation and decorative panels are thermal insulation and decorative systems placed on the surface of building walls, offering excellent and long-lasting insulation performance, minimal thermal bridging, and superior energy-saving insulation. From system design to the selection of main raw materials and supporting materials, to fully automated production and processing in a dust-free workshop, to the handling of cold bridges at joints and construction details, integrated thermal insulation and decorative panels are designed according to 65% building energy efficiency requirements, providing more and better thermal insulation functions than traditional energy-saving insulation construction methods.
Integrated thermal insulation and decorative panels truly integrate building and insulation. As a key component integrating decoration, energy saving, and building construction, integrated thermal insulation and decorative panels work in conjunction with a compatible adhesive system and a convex-concave fixing system, and with the long-term synergy of an air gap treatment system and a waterproof system, they form an integrated and aesthetically pleasing overall effect that combines energy saving, decoration, and building construction.
