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Our steel water tower is designed with AWWA D100 standard, providing a customized capacity of 50-5000m and a design life of more than 50 years. It is a reliable pressure water storage guarantee for municipal water supply, fire fighting and industrial production, and is a one-stop bulk supply.
Capacity:
50-5000m ³
Material:
Q345B/SS304
Lifetime:
30-50 years
Strictly follow the AWWA D100 standard of the American Water Works Association, and the structural strength is increased by 20% compared with the conventional standard, ensuring that the structure is stable in extreme climates and meets the requirements of international engineering access.
The inner wall is sprayed with 400μm food-grade epoxy powder, and the corrosion resistance is 3 times better than ordinary paint, which effectively prevents corrosion and extends the internal overhaul period to 12-15 years.
the structure can withstand 200 km/h hurricane and magnitude 8 earthquake load. The center of gravity of the tower is optimized by finite element analysis (FEA), which significantly improves the safety and stability of high altitude operation.
prefabricated bolt assembly design is provided, the on-site installation efficiency is 40% higher than that of welding type, and large-scale welding equipment is not required, which significantly reduces the construction cost and on-site fire risk.
integrated high-precision pressure sensor and ultrasonic level meter, error control within ± 0.5%, support remote PLC signal linkage, to achieve full-automatic water replenishment and overflow protection.
DN50-DN400 international standard flange interface is standard, which supports multi-channel diversion of fire-fighting special water nozzle and production and living water to meet the fluid connection requirements under complex working conditions.
| Parameter Items | Specifications/Industry Standards |
| Product Name | Steel Water Tower |
| Design Standards | AWWA D100, Eurocode 3, GB50017 |
| Storage capacity range | 50m³ – 5,000m³ (13,000 – 1,320,000 Gallons) |
| Main material | ASTM A36 carbon steel / AISI 304, 316L stainless steel |
| Coating process | Interior: Food-grade epoxy resin (NSF 61); Exterior: Polyurethane topcoat |
| Coating thickness | Inner wall ≥400μm; outer wall ≥300μm |
| Design load | Wind speed 200 km/h; seismic intensity 8 (Zone 4) |
| Supporting accessories | Internal ladders, fall protection system, ventilation caps, level gauges, access panels |
| Interface Standard | ANSI / DIN / JIS standard flanges (DN50 – DN400) |
provide stable pressure guarantee for domestic water for cities and towns, remote communities or development zones, and effectively balance the flow and pressure demand during peak water consumption.
provide production process water or cooling circulating water reserve in chemical industry, manufacturing and other fields to ensure the continuity of production process in case of power failure or water source interruption.
Provide independent fire water tanks that meet NFPA standards for large commercial complexes, warehouses or logistics parks to ensure instantaneous large-flow water replenishment for fire extinguishing systems.
provide large-scale irrigation water source storage for large farms and arid areas, and realize low energy consumption automatic irrigation by using gravity pressure formed by height drop.
01
complete the reinforced concrete foundation construction according to the load drawings provided by the manufacturer, ensure that the surface flatness error is within ± 2mm, and the embedded bolts need to be accurately positioned.
02
use lifting equipment to assemble or weld the tower body according to the drawing number sequence, and install the internal ladder and maintenance platform synchronously to ensure that the torque at the connection meets the regulations.
03
after the completion of the installation, the connection point of local anti-corrosion paint, and internal high-pressure washing and disinfection treatment, to ensure that the quality of water in line with health standards.
04
inject water in stages to the design highest water level, stand for 24-48 hours, monitor the settlement and tightness of the structure, and connect it to the pipe network for formal operation after confirming that there is no leakage.
Product life expectancy:
the steel water tower design life of 50 years. It is recommended to conduct an external coating inspection every 3-5 years and an internal deep cleaning and coating maintenance every 10 years to maintain optimal performance.
Pre-sales and after-sales service:
provide professional selection calculation and CAD scheme design; After-sales service, provide 12-month overall warranty, 24-hour online remote technical guidance, and can send engineers to carry out on-site installation supervision or regular annual inspection.
Yes, our internal coating adopts food grade epoxy resin certified by NSF/ANSI 61, which does not contain heavy metals such as lead and mercury, and is fully in line with international drinking water health standards.
Modular bolt connection is adopted. The on-site assembly of 500m ³ water tower usually takes only 20-30 days, which shortens the construction period by about 50% compared with the traditional welding process.
We can install polyurethane foam insulation layer and electric heating system according to climatic conditions, and cooperate with circulating pump to keep the water flowing and ensure that it does not freeze at -30 ℃.
We provide detailed static and dynamic load data drawings of the tower, and can assist your local civil engineering unit to complete the basic scheme design that meets the safety standards according to the local landscape.
The steel water tower has lighter weight (reducing foundation cost), short construction period, better air tightness, and the material has a very high recovery value after the life expires, which is more in line with environmental protection trends.
Our standard design supports anti-wind speed of 200 km/h (equivalent to a typhoon of level 16). For coastal areas with high hurricane incidence, the wind load rating can be further improved by thickening the steel plate and strengthening the tower design.
Our steel water tower is designed with AWWA D100 standard, providing a customized capacity of 50-5000m and a design life of more than 50 years. It is a reliable pressure water storage guarantee for municipal water supply, fire fighting and industrial production, and is a one-stop bulk supply.
Capacity:
50-5000m ³
Material:
Q345B/SS304
Lifetime:
30-50 years
Strictly follow the AWWA D100 standard of the American Water Works Association, and the structural strength is increased by 20% compared with the conventional standard, ensuring that the structure is stable in extreme climates and meets the requirements of international engineering access.
The inner wall is sprayed with 400μm food-grade epoxy powder, and the corrosion resistance is 3 times better than ordinary paint, which effectively prevents corrosion and extends the internal overhaul period to 12-15 years.
the structure can withstand 200 km/h hurricane and magnitude 8 earthquake load. The center of gravity of the tower is optimized by finite element analysis (FEA), which significantly improves the safety and stability of high altitude operation.
prefabricated bolt assembly design is provided, the on-site installation efficiency is 40% higher than that of welding type, and large-scale welding equipment is not required, which significantly reduces the construction cost and on-site fire risk.
integrated high-precision pressure sensor and ultrasonic level meter, error control within ± 0.5%, support remote PLC signal linkage, to achieve full-automatic water replenishment and overflow protection.
DN50-DN400 international standard flange interface is standard, which supports multi-channel diversion of fire-fighting special water nozzle and production and living water to meet the fluid connection requirements under complex working conditions.
| Parameter Items | Specifications/Industry Standards |
| Product Name | Steel Water Tower |
| Design Standards | AWWA D100, Eurocode 3, GB50017 |
| Storage capacity range | 50m³ – 5,000m³ (13,000 – 1,320,000 Gallons) |
| Main material | ASTM A36 carbon steel / AISI 304, 316L stainless steel |
| Coating process | Interior: Food-grade epoxy resin (NSF 61); Exterior: Polyurethane topcoat |
| Coating thickness | Inner wall ≥400μm; outer wall ≥300μm |
| Design load | Wind speed 200 km/h; seismic intensity 8 (Zone 4) |
| Supporting accessories | Internal ladders, fall protection system, ventilation caps, level gauges, access panels |
| Interface Standard | ANSI / DIN / JIS standard flanges (DN50 – DN400) |
provide stable pressure guarantee for domestic water for cities and towns, remote communities or development zones, and effectively balance the flow and pressure demand during peak water consumption.
provide production process water or cooling circulating water reserve in chemical industry, manufacturing and other fields to ensure the continuity of production process in case of power failure or water source interruption.
Provide independent fire water tanks that meet NFPA standards for large commercial complexes, warehouses or logistics parks to ensure instantaneous large-flow water replenishment for fire extinguishing systems.
provide large-scale irrigation water source storage for large farms and arid areas, and realize low energy consumption automatic irrigation by using gravity pressure formed by height drop.
01
complete the reinforced concrete foundation construction according to the load drawings provided by the manufacturer, ensure that the surface flatness error is within ± 2mm, and the embedded bolts need to be accurately positioned.
02
use lifting equipment to assemble or weld the tower body according to the drawing number sequence, and install the internal ladder and maintenance platform synchronously to ensure that the torque at the connection meets the regulations.
03
after the completion of the installation, the connection point of local anti-corrosion paint, and internal high-pressure washing and disinfection treatment, to ensure that the quality of water in line with health standards.
04
inject water in stages to the design highest water level, stand for 24-48 hours, monitor the settlement and tightness of the structure, and connect it to the pipe network for formal operation after confirming that there is no leakage.
Product life expectancy:
the steel water tower design life of 50 years. It is recommended to conduct an external coating inspection every 3-5 years and an internal deep cleaning and coating maintenance every 10 years to maintain optimal performance.
Pre-sales and after-sales service:
provide professional selection calculation and CAD scheme design; After-sales service, provide 12-month overall warranty, 24-hour online remote technical guidance, and can send engineers to carry out on-site installation supervision or regular annual inspection.
Yes, our internal coating adopts food grade epoxy resin certified by NSF/ANSI 61, which does not contain heavy metals such as lead and mercury, and is fully in line with international drinking water health standards.
Modular bolt connection is adopted. The on-site assembly of 500m ³ water tower usually takes only 20-30 days, which shortens the construction period by about 50% compared with the traditional welding process.
We can install polyurethane foam insulation layer and electric heating system according to climatic conditions, and cooperate with circulating pump to keep the water flowing and ensure that it does not freeze at -30 ℃.
We provide detailed static and dynamic load data drawings of the tower, and can assist your local civil engineering unit to complete the basic scheme design that meets the safety standards according to the local landscape.
The steel water tower has lighter weight (reducing foundation cost), short construction period, better air tightness, and the material has a very high recovery value after the life expires, which is more in line with environmental protection trends.
Our standard design supports anti-wind speed of 200 km/h (equivalent to a typhoon of level 16). For coastal areas with high hurricane incidence, the wind load rating can be further improved by thickening the steel plate and strengthening the tower design.