Blower cooling tower air duct support

1. Tower body: the FRP cooling tower is field assembled, which is composed of multiple FRP tower plates, forming a relatively closed heat exchange device; The tray is made of fiberglass (acid-resistant) material, with light weight, high strength and good corrosion resistance. In terms of manufacturing technology, the most advanced composite technology in China has been adopted, and the products are bright on both sides. According to the different geological and environmental conditions, it can be designed to support and fix the concrete frame conditions; It can also be designed as a light steel structure and used as the main framework of the cooling tower body after special corrosion protection, and then fixed on the main framework with multiple FRP tower plates.

Blower reducer of blast cooling tower

The motors, reducers, fans, hubs, GRP blades, GRP fan covers and baffles of the blast cooling tower all use the complete set of products of Baoding Propeller Factory. This product is specially designed for dual-source air inlet. After special anti-corrosion treatment, the fan blades are high-pressure head blades.

Outlet steel structure

Raw materials and outsourced products must be products of domestic brand manufacturers. The manufacturer (merchant) shall issue the material certificate, technical parameters and quality inspection report.

Outlet tower plate lifting

The blast cooling tower is the necessary cooling equipment required by the hydrometallurgy process, and its shell is made of all-fiberglass reinforced plastics. The tower is composed of FRP tower body, FRP beam and grid; Air blowing device; Air guide device; Sprinkler; Dropping and wiping device; De-crystallization device; It is composed of seven parts, including liquid collecting tank. The tower body is fabricated. It was originally designed, developed and applied by the former Wuhan University of Technology, Changsha Nonferrous Smelting Design Institute and Hunan Zhuzhou Smelter, which is the first in China. Because of its high cooling efficiency and good corrosion resistance, the FRP cooling tower has completely replaced the concrete cooling tower or steel lined FRP cooling tower used in the past. This product has become a necessary finalized product for hydrometallurgy in the domestic non-ferrous industry.

Export tray packaging

The blast cooling tower is the necessary cooling equipment required by the hydrometallurgy process, and its shell is made of all-fiberglass reinforced plastics. The tower is composed of FRP tower body, FRP beam and grid; Air blowing device; Air guide device; Sprinkler; Dropping and wiping device; De-crystallization device; It is composed of seven parts, including liquid collecting tank. The tower body is fabricated. It was originally designed, developed and applied by the former Wuhan University of Technology, Changsha Nonferrous Smelting Design Institute and Hunan Zhuzhou Smelter, which is the first in China. Because of its high cooling efficiency and good corrosion resistance, the FRP cooling tower has completely replaced the concrete cooling tower or steel lined FRP cooling tower used in the past. This product has become a necessary finalized product for hydrometallurgy in the domestic non-ferrous industry.

On-site installation of blast cooling tower

The blast cooling tower is the necessary cooling equipment required by the hydrometallurgy process, and its shell is made of all-fiberglass reinforced plastics. The tower is composed of FRP tower body, FRP beam and grid; Air blowing device; Air guide device; Sprinkler; Dropping and wiping device; De-crystallization device; It is composed of seven parts, including liquid collecting tank. The tower body is fabricated. It was originally designed, developed and applied by the former Wuhan University of Technology, Changsha Nonferrous Smelting Design Institute and Hunan Zhuzhou Smelter, which is the first in China. Because of its high cooling efficiency and good corrosion resistance, the FRP cooling tower has completely replaced the concrete cooling tower or steel lined FRP cooling tower used in the past. This product has become a necessary finalized product for hydrometallurgy in the domestic non-ferrous industry.

On-site inspection of Congo electrolytic cell

FRP electrolyzer is a widely used anti-corrosion equipment in the smelting industry. It is applicable to the hydrometallurgy of lead, zinc, copper, manganese and other non-ferrous metals. It has been widely used in the non-ferrous industry in the country because of its good anti-corrosion and impermeability, good integrity, strong impact resistance, light weight, high internal surface hardness, high finish, and not easy to deposit and scale. It is the preferred electrolytic equipment for hydrometallurgy process.

Congo electrolytic cell water test inspection

FRP electrolyzer is a widely used anti-corrosion equipment in the smelting industry. It is applicable to the hydrometallurgy of lead, zinc, copper, manganese and other non-ferrous metals. It has been widely used in the non-ferrous industry in the country because of its good anti-corrosion and impermeability, good integrity, strong impact resistance, light weight, high internal surface hardness, high finish, and not easy to deposit and scale. It is the preferred electrolytic equipment for hydrometallurgy process.

On-site assembly of Congo electrolytic cell

FRP electrolyzer is a widely used anti-corrosion equipment in the smelting industry. It is applicable to the hydrometallurgy of lead, zinc, copper, manganese and other non-ferrous metals. It has been widely used in the non-ferrous industry in the country because of its good anti-corrosion and impermeability, good integrity, strong impact resistance, light weight, high internal surface hardness, high finish, and not easy to deposit and scale. It is the preferred electrolytic equipment for hydrometallurgy process.

Assembled electrolytic cell exported to Congo

FRP electrolyzer is a widely used anti-corrosion equipment in the smelting industry. It is applicable to the hydrometallurgy of lead, zinc, copper, manganese and other non-ferrous metals. It has been widely used in the non-ferrous industry in the country because of its good anti-corrosion and impermeability, good integrity, strong impact resistance, light weight, high internal surface hardness, high finish, and not easy to deposit and scale. It is the preferred electrolytic equipment for hydrometallurgy process.