Galvanized water tanks are primarily made from high-quality Q235 steel plates, which are stamped into standard panels of 1000×1000, 1000×500, and 500×500 sizes. After hot-dip galvanizing, these panels become the galvanized tank panels. Benefits include: 1. Full-bolted connections for quick and convenient on-site assembly. Specialized non-toxic sealing strips are used during assembly, ensuring no leakage or poor sealing. 2. A unique rod structure inside the tank for improved mechanical properties, with a height up to 5 meters. Galvanized water tanks have no special installation requirements, do not require lifting equipment, and their volume can meet all user needs.
Scientific molding technology enhances strength several times over, ensuring the water tank's pressure requirements while also saving materials and meeting aesthetic and practical demands. Galvanized water tanks have excellent sealing properties, are resistant to algae and red worm growth, and prevent secondary water contamination.
1. Hot-Dip Galvanized Steel Sheet Water Tank (manufactured according to GB02S101 National Standard)
2. The hot-dip galvanized water tanks share the same body structure, material selection, and assembly methods as the prefabricated enamelled steel plate tanks. The difference lies in the corrosion prevention methods.
3. The hot-dip galvanized water tanks are made with advanced technology and high-quality materials, resulting in a dense galvanized layer on the tank panels. This layer interpenetrates with the steel plate interface ions, forming a diffusion layer that enhances the adhesion strength of the galvanized surface. The smooth surface is easy to clean and highly corrosion-resistant. The steel plate assembly structure is not prone to deformation, features strong shock resistance, and high impact resistance. After extensive and prolonged use, these tanks have demonstrated excellent performance and received positive feedback from users.
4. Hot-dip galvanized water tanks are made of Q235 steel plate, formed into standard blocks of 1000*000 and 1000*500, and 500*500. The edges are drilled, zinc-plated, and assembled on-site. During assembly, silicone is used to seal the standard blocks, and bolts are used for connection.
5. Hot-dip galvanized water tanks are suitable for storage and regulation of water supply for buildings, expansion and condensation tanks for heating systems, as well as temporary water storage tanks for construction projects, geological surveys, industrial, and national defense engineering.
6. The diameter, location of the inlet, outlet, and overflow pipes for the hot-dipped galvanized water tank are determined by design. There should be at least 700mm of clearance around the tank, and at least 600mm between the bottom and top of the tank. During installation, the gaps between the bottom of the tank and the standard fasteners should rest on the supports.
7. Corrosion Protection: The hot-dipped galvanized water tank and its accessories are all zinc-coated.
8. Hot-Dip Galvanized Water Tank Water Test: After the tank is assembled, close the outlet and drain pipes, and open the inlet pipe. Fill while checking for leaks; continue until full. No leakage after 2-3 hours is considered qualified.
9. The hot-dipped galvanized water tank comes with a testing report from a nationally authorized inspection department.
10. Hot-Dip Galvanized Water Tank Filling Test: After the tank is assembled, close the outlet and drain pipes, open the inlet pipe, fill with water while checking until full, and no leakage for 2-3 hours is considered qualified.
11. The hot-dip galvanized water tank comes with a certification report from a national authorized inspection department and a sanitation permit.
12. Hot-Dip Galvanized Water Tank Selection Instructions:
12.1 Provide tank dimensions, pipe connection locations, and pipe sizes when placing an order.
12.2 Optimal storage water temperature is 4-65°C. If the storage water temperature exceeds this value, it can be addressed separately upon order placement.
12.3 The ground load on the tank should be confirmed by the structural designer.
12.4 If the provided water tank pipe connection location is exactly at the joint seam, our company will make the necessary adjustment without changing the pipe size.
9.1 Provide tank dimensions, pipe connection locations, and pipe sizes when placing an order.
9.2 Optimal storage water temperature is 4-65°C. If the storage water temperature exceeds this value, it can be addressed separately upon order placement.
9.3 The ground load on the tank should be confirmed by the structural designer.
