Lightweight
Our company's BAS modified cement perlite composite core material has a specific gravity less than 600kg/m³, making the total weight of the board only about 30% of traditional concrete materials.
· High Strength
The combination of light steel framing and high-strength BAS inorganic lightweight core material maintains the large bearing capacity and high safety of traditional reinforced concrete heavy-duty plates, despite being a lightweight panel. It meets both uniform load requirements and has strong concentrated bearing capacity, making it an ideal material to replace traditional concrete roof and floor slabs.
Durable
The meticulous combination of material selection and construction methods ensures a product lifespan of up to 50 years.
Core board is made of inorganic material, with good stability, resistance to aging, and a lifespan equivalent to concrete materials.
Wire diameter of the bottom plate is over 3mm, with a protective layer thickness of over 20mm and moisture absorption rate below 0.1%.
The board exhibits strong resistance to corrosion by acids, alkalis, and other gases. After 25 freeze-thaw cycles, there is virtually no change in volume and strength.
Insulation and heat preservation
The boards offer excellent thermal insulation properties with a low thermal conductivity coefficient, with the overall thermal conductivity coefficient of the full board as low as 0.3 W/m²K, meeting the thermal insulation and energy-saving requirements for buildings in cold regions.
The boards offer excellent thermal insulation properties. When the outer surface of the board reaches 900℃ the inner side temperature is only 50℃, making them ideal thermal insulation materials for high-temperature regions.
· Fire-resistant
The core board is made of inorganic material, non-combustible, and will not crack or release toxic gases when exposed to fire, making it an excellent fire-resistant material. The entire board's fire resistance exceeds 2 hours, meeting the first-class fire prevention requirements for components.
Waterproof
The steel frame lightweight panels come factory-fitted with a specialized BAS composite anti-seepage coating, which, when combined with the overall roof waterproofing method, forms a reliable composite waterproofing system, addressing the issue of seepage commonly found in lightweight panels.
· Bursting Disc
Meets the requirements for special building roof and wall explosion venting and shatter resistance. Tests have proven that during an explosion, the steel frame of the lightweight steel plate will remain in the main structure of the building, while the core material is instantly shattered, achieving the explosion venting goal without causing secondary injuries.
Soundproofing
The average sound insulation of the panels exceeds 40dB, meeting the sound insulation requirements for high-grade acoustic buildings such as studios.
Seismic-resistant
Steel frame light panels are lightweight sheet materials that are advantageous for seismic resistance, featuring rational seismic joint designs that meet the requirements of an 8-degree earthquake fortification intensity. Additionally, during an earthquake, the secondary damage caused by the panels is minimal, making them an ideal construction material for earthquake-prone areas.
Energy-saving and environmentally friendly
The main material of the board is all natural inorganic, non-release of toxic and harmful substances, and the board has good breathability, ensuring healthy and comfortable living.
The board production utilizes part of industrial waste, classified as a comprehensive utilization product of resources.
Easy to use
Fast board installation, minimal construction stages, significantly shortening the construction period.
The board shape and specifications can be customized according to customer requirements, and can meet requirements for drilling holes, hanging objects, etc.
The boards offer a convenient and reasonable solution for installation of skylights, fans, lightning protection systems, and renovation work.
·Simple maintenance
The board requires no special maintenance during normal use and has low operational costs; localized damage can be repaired on-site, and if a replacement is necessary, individual boards can be swapped out without affecting the overall structure.
