Lightweight
Company-developedBASModified cement perlite composite core material, bulk density less than600kg/m3The entire board weighs only about the same as traditional concrete materials.30%。
·High-strength
Utilizing lightweight steel frame and high-strengthBASThe composite structure of inorganic lightweight core materials, while being a lightweight panel, maintains the characteristics of high bearing capacity and safety of traditional reinforced concrete heavy-duty panels. It can meet both uniform load requirements and has strong centralized bearing capacity, making it an ideal material to replace traditional concrete roof and floor panels.
·Durable
The careful combination of material selection and construction techniques ensures the product design has an extended lifespan.50Year:
Coreboard is made of inorganic material, with good stability, resistance to aging, and service life comparable to concrete materials.
Bottom board wire diameter3mmAbove, thickness of protective layer20mmAbove and moisture absorption rate lower than0.1%；
The board has strong resistance to corrosion by acids, alkalis, and other gases.25After one freeze-thaw cycle, there is almost no change in volume and strength.
·Insulation and heat preservation
The boards feature excellent thermal insulation properties, with a low thermal conductivity coefficient and a low overall heat transfer coefficient for the entire board.0.3w/m2k Meets the thermal insulation and energy-saving requirements for construction in cold regions.
The boards offer excellent thermal insulation properties; the outer side of the board heats up to900℃At that time, the inner side temperature of the board was only50℃Ideal building insulation material for high-temperature regions.
·Fire-resistant
Core boards are made of inorganic materials, non-combustible, and do not crack or release toxic gases when exposed to fire, making them excellent refractory materials; the fire resistance limit of the whole board is greater than2Hours, meeting the first-class fire safety requirements for the components.
·Waterproof
Steel frame light board comes with a dedicatedBASComposite waterproofing coating, combined with the overall waterproofing method of the roof, forms a reliable composite waterproofing system, solving the problem of leakage in general lightweight boards.
·Relief valve
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 shatters instantly, achieving the venting objective without causing secondary injury.
·Soundproof
Average Sound Insulation Rating of Sheets40dbAbove, meets the sound insulation requirements for high-grade acoustic buildings such as studios.
·Seismic-resistant
Steel frame light panels are lightweight materials beneficial for seismic resistance. With reasonable seismic joint design, they can meet8Seismic fortification requirements for building intensity. Moreover, during an earthquake, the secondary damage caused by the boards is minimal, making them the ideal component material for construction in seismic zones.
·Energy-saving and environmentally friendly
The main materials of the board are all natural inorganic materials, do not release toxic substances, and the board has excellent breathability, ensuring healthy and comfortable living.
The board production process utilizes part of industrial waste, classifying it as a product of comprehensive resource utilization.
·Convenient to use
Fast board installation, minimal construction stages, significantly shortening the construction period.
Panel shape and specifications can be customized to meet customer requirements; capable of accommodating requirements for hole-cutting and hanging objects.
Panels provide a convenient and reasonable solution for installation of skylights, fan equipment, lightning protection systems, and secondary renovations.
·Simple maintenance
Boards require no special maintenance during normal use, with low operational costs; localized damage can be repaired on-site directly, and single boards can be replaced if necessary, without affecting the overall structure.
