The core technical highlight of this tent lies in its large-span column-free design, which uses galvanized steel and aluminum alloy frameworks to ensure structural stability and durability. The wall and roof materials are made of flame-retardant and waterproof PVC coated fabric, complying with NFPA fire safety standards. Its modular design allows quick splicing without complex foundation pouring (optional simple foundation is available), and it can be customized in size, door and window styles, as well as air conditioning interfaces. With a service life of 15-20 years with proper maintenance, it reduces long-term maintenance costs and solves the urgent need for temporary enterprise storage space, avoiding the idle waste of traditional brick-and-mortar warehouses.
The frame specifications include aluminum alloy columns with a diameter of 140mm and galvanized steel beams with a thickness of 3mm, with roof truss spacing of 1.5m. The fabric thickness is 0.85mm PVC, with standard span series of 3m, 5m, 10m, 15m, 20m, 30m, 40m, 50m and 60m, and conventional side heights ranging from 2.5m to 8m. The standard single tent fabric size is 5m*50m, with packaging dimensions of 120*80*60cm per unit, and the net weight is about 8kg per square meter for the whole set of frame and fabric. The matching accessories include anchor bolts, windproof ropes and fixing parts.
This tent is suitable for scenarios such as factory temporary raw material storage, large-scale equipment parking, logistics distribution transfer stations, temporary vehicle display areas of automobile 4S shops, and temporary cargo stacking in ports. It adapts to multiple fields such as manufacturing, logistics, automobile industry and ports, and can be quickly built to solve short-term storage needs without long-term fixed property rights, effectively reducing the fixed asset investment of enterprises. It is an ideal solution for enterprises to temporarily expand their storage space during peak seasons or emergency inventory accumulation.
Post RFQ
Chat
ALL CATEGORIES