Stainless Steel Chemical Transfer Pump/IH Cantilever Sulfuric Acid Pump

IH Cantilever Sulfuric Acid Pump Overview

Type IH sulfuric acid pump is single-stage, single-suction chemical cantilever centrifugal pump, used for transporting corrosive medium or the medium which are not permitted to contaminate, and the liquid temperature is within -20°C-105°C. It can deliver much higher temperature medium by cooling unit. It is a saving energy product, which is instead of type F anti-corrosive centrifugal pump, Widely applied to chemical industry, petroleum, desalination of seawater, metallurgy, paper mill, foodstuff, pharmaceutical factory and synthetic fiber etc.

IH Cantilever Sulfuric Acid Pump Specification

IH Cantilever Sulfuric Acid Pump Features

1. IH model sulfuric acid pumps are the series of products designed according to ISO international standards. It is mainly composed of pump body, impellers, seal rings, impeller nuts, pump cover, seal parts, intermediate support, spindle, suspended parts and so on.

2. To make it convenient to disassemble, the prolonged coupling is designed, so that it is unnecessary to disassemble the Coupled input & output pipes during check and maintenance, only by disassembling the intermediate coupler of the prolonged coupling, users are able to screw out rotor part.

3. The shaft seal is mechanical seal generally, use of imported titanium rings and carbide mechanical seals and high temperature materials, corrosion resistant, no leakage.

4. The pump is connected with the motor through flexible coupling, the pump rotation direction, from the motor end, is clockwise rotation.

Application:

The IH type pump is applied to transport various corrosive medium or medium in which pollution is forbidden in such industries as chemical engineering, petroleum, metallurgy paper-making, food, medicine, fiber, etc.

1. Widely applicable for petrochemical.

2. Widely applicable for metallurgy.

3. Widely applicable for synthetic fiber.

4. Widely applicable for pharmacy.

5. Widely applicable for desalination of seawater.