The reinforced truss floor slab is improved on the basis of the pressure-type floor slab. The reinforced truss is shaped in the background processing field and can be prefabricated. It adopts rust-proof and anti-rust technology such as sheet metal welding, silanization, pure manganese phosphating, water washing and drying, galvanizing, etc., and the anti-rust film is wound and sealed. On-site construction needs to place the truss floor slabs in the correct position, weld the steel bars, weld the studs, and then place the steel bars on the site for lashing. After the customer accepts the concrete, the concrete is poured.
Introduction to reinforced concrete truss floor
Reinforced truss floor slabs are mainly stud welding machines, dry marble machine saw blades, portable grinder grinding wheels, other small welding machines, air plasma arc cutting machines, sheet metal scissors, etc.; main types of work: welders, steel workers , metalworking, etc.
Advantages and disadvantages of reinforced concrete truss floor panels
The reinforced concrete truss floor board realizes mechanized production, which is beneficial to the uniform arrangement of the steel bars and the uniform thickness of the concrete protective layer, which improves the construction quality of the floor slab. The assembled reinforced truss floor slab can significantly reduce the amount of on-site steel lashing, speed up the construction progress, increase construction safety guarantee, and achieve civilized construction. The assembled formwork and connecting parts are easy to disassemble and assemble, and can be reused many times to save steel, which meets the requirements of national energy conservation and environmental protection. The self-developed products of the steel structure are equipped with automated production equipment, which greatly improves labor productivity, effectively reduces product costs, and compiles product production enterprise standards, design manuals and node construction atlas and construction manuals. The product is tested by the Civil Engineering Testing Center of Zhejiang University and has been applied in many projects. The performance can meet the requirements of bearing capacity and deformation of cast-in-place reinforced concrete floor.
