The bearing housing is made of corrosion-resistant material to carry and protect the bearing to ensure the smooth operation of the pump shaft. The bearing housing is designed to be strong, which can effectively avoid the pollution of the slurry to the bearing, thus prolonging the service life of the bearing.

The shaft is made of high-strength and wear-resistant alloy material, which is an important part connecting the motor and the pump casing to transmit power to the impeller. The shaft of the SV(R) pump adopts a large diameter and short cantilever design, which can effectively reduce shaft offset and vibration.

The mounting plate is made of strong materials to ensure that the installation of the pump is firm and reliable, and to ensure the stability of the pump casing.

The pump column is designed to be strong and durable, adapting to the application environment in the sinking liquid, and ensuring the stable operation of the pump casing. The pump column connects pump casing and the mounting plate to support and fix the main parts of the pump, to keep the pump casing vertical.

The impeller of the SP vertical slurry pump is made of wear-resistant materials(such as high chromium alloy or rubber liners), which is suitable for handing high-concentration and high-abrasive slurry. The design has a large opening, which can pass through large particles. The impeller is the core component of the pump, which is responsible for converting the power of the motor into the flow of liquid. The design of the impeller affects the efficiency of the pump and the ability to pass particles.

The discharge pipe is made of high-strength material, which can withstand high-pressure and high-flow liquid transportation. The discharge pipe is used to guide the flow of the liquid pumped to the designated location.

The pump casing is made of corrosion-resistant and wear-resistant alloy or rubber liner, to ensure that the pump casing maintains long-term stable operation under harsh works conditions. The pump casing is the shell of the pump, which is responsible for accommodating and protecting other pump components while providing a path for liquid flow. The wear resistance of the pump casing determine the service life of the pump.

The strainer is made of corrosion-resistant and wear-resistant metal material, and the filter hole is designed to ensure that the liquid circulation is not hindered. The upper strainer to filter the large particles is the slurry entering the pump to prevent the particles from entering the pump casing and causing damage.

Back liners are usually made of high chrome alloy or natural rubber for high abrasion and corrosion resistance