Beipeng®Metal insulation decorative integrated panel
Beipeng® Integrated Thermal Insulation and Decoration Panel Application Scope
New residential buildings, office buildings, public buildings; renovation/energy-saving renovation projects; steel structure buildings, prefabricated houses; public buildings such as schools, hospitals, and shopping malls; interior walls, exterior walls, balconies, etc.; buildings in cold or hot regions; urban renewal projects; special industrial scenarios, etc.
Beipeng® Waterproof Backing Board is made with Beipeng® extruded polystyrene board as the core, covered with alkali-resistant mesh and a specially formulated high-polymer mortar coating. The uniform and dense pores of the Beipeng® extruded polystyrene board create a closed-cell structure that does not absorb water and prevents water vapor penetration. The alkali-resistant mesh increases the strength and rigidity of the Beipeng® Waterproof Backing Board, and the surface polymer waterproof mortar is fully compatible with any modified polymer mortar, tile adhesive, or other decorative coatings. Beipeng® Waterproof Backing Board is commonly used in indoor applications where waterproofing and tiling are required for walls, floors, countertops, and other surfaces clad in ceramic tiles and stone.
The Beipeng® Integrated Insulation Self-Supporting Formwork is a new type ofbuilding energy-saving formwork system. lt is factory prefabricated and consists ofan insulation layer, adhesive layer, lightweight mortar layer, reinforcing ribs, andinner (outer) adhesive reinforcement layers. Using an integrated technology forself-supporting external formwork, it has excellent thermal insulation performanceand meets national and local standards and regulations. The Beipeng® self-supporting insulation formwork features fast construction speed, good insulation per.formance, strong durability, cost savings, and economic practicality. lt can effec-tively shorten construction periods and reduce project costs, making it widely usedin modern buildings. Scope of Application for Beipeng® Integrated InsulationSelf-Supporting Formwork:Applicable to exterior wall structures and insulationprojects in residential, commercial, and public buildings.
Thermal Conductivity ≤0.030 W/m2·K
Dimensional stability ≤1.5%
Compressive strength 200 kPa
Tensile strength ≥0.20 Mpa
Water absorption ≤1.5%
Combustion performance B1, B2
Density 22-35 kg/m2
Length 1200 mm
Width 600 mm
Thickness 20mm
Dimensional stability ≤3%
Compressive strength ≥100kPa
Tensile strength ≥0.10 Mpa
Dimensional stability ≤1.5%
Compressive strength 200 kPa
Tensile strength ≥0.20 Mpa
Water absorption ≤1.5%
Combustion performance B1, B2
Density 22-35 kg/m2
Length 1200 mm
Width 600 mm
Thickness 20mm
Dimensional stability ≤3%
Compressive strength ≥100kPa
Tensile strength ≥0.10 Mpa
Beipeng®Metal insulation decorative integrated panel
Beipeng® Integrated Thermal Insulation and Decoration Panel Application Scope
New residential buildings, office buildings, public buildings; renovation/energy-saving renovation projects; steel structure buildings, prefabricated houses; public buildings such as schools, hospitals, and shopping malls; interior walls, exterior walls, balconies, etc.; buildings in cold or hot regions; urban renewal projects; special industrial scenarios, etc.
Beipeng® rockwool insulation board.
Thermal Conductivity ≤0.040 W/m2·K
Hydrophobic rate ≥98%
Tensile strength ≥7.5 Mpa
Beipeng® high-intensity floor heating extruded XPS board
Thermal Conductivity ≤0.035W/m2·K
Dimensional stability ≤1.5%
Tensile strength ≥0.10 Mpa
Heftynest extruded board process-CO2 foaming process
No secondary foaming phenomenon
Beipeng®Thermal insulation coating
Beipeng® thermal insulation coating is formulated with high-quality acrylic emulsion as a base, compounded with silica (SiO) aerogel and other materials in a scientifically proportioned manner. With its excellent thermal insulation performance, the product exhibits a high reflectivity to solar radiation (including infrared and ultraviolet rays) in the 400nm-2500nm wavelength range, effectively preventing heat accumulation on object surfaces. Simultaneously, it automatically dissipates heat through thermal radiation, constructing a dual thermal insulation system of "reflective barrier + radiative heat dissipation." It is particularly suitable for the thermal insulation protection of building envelopes, significantly reducing building energy consumption and providing an efficient temperature control solution for building spaces.
