Description

Technical Parameters

Prefabricated steel structure storage warehouses typically offer large storage capacities, effectively meeting the needs of enterprises for substantial quantities of materials. Their structural design is efficient, maximizing space utilization and enhancing storage efficiency.

The warehouse can be partitioned based on the different characteristics and needs of materials, facilitating better classification, storage, and retrieval. This organized management approach helps reduce inventory backlog and improves inventory turnover.

Technical Parameters

Product Name	Prefabricated Steel Structure Storage Warehouse
Member	Steel Column
Type of Steel For Building Structure	H-Section Steel
Main Frame	H Steel
Connection	Bolts
Carbon Structural Steel	Q235 Q355
Design Parameter	Size, Material, Load
Color	Customized
Surface Treatment	Galvanizing, Painting
Wall	Color Sheet, Sandwich Panel
Roof	Color Sheet, Sandwich Panel
Ventilation	Ventilator and Windows
Lighting	Plane Skylight
Door	Sliding Door and Roller Door
Window	Aluminum Alloy Windows
Origin	Cangzhou, Hebei, China

product-1200-636

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Reduction in Carbon Emissions:
Prefabricated steel structure storage warehouses provide thermal insulation and energy savings. Carbon reductions in building materials and construction can reach up to 30%, while renewable energy emissions can be reduced by 10%. Yearly operational energy usage can decline by 20%, leading to total carbon reductions approaching 60%.

Space Savings:
Prefabricated steel structure storage warehouses enhance the effective building utilization area by 5% to 8% compared to conventional concrete constructions, resulting in a notable increase in usable area by 7%.

Water Conservation:
The industrial manufacturing of prefabricated steel structure storage warehouses leads to significant water conservation during the on-site assembly process. Steel constructions save 25.8% more water than traditional concrete structures.

Decreased Dust Pollution:
Prefabricated steel structure storage warehouses can be erected on-site, promoting green construction practices. Work can be conducted in factories, outdoor tasks can be performed indoors, high-altitude jobs can be done safely on the ground, and complex tasks can be completed using machinery. This approach significantly reduces pollution, including dust, noise, and sewage discharge, minimizes construction waste, and conserves wood resources. Ultimately, it contributes to the vision of a beautiful city with blue skies, green landscapes, and clean water.