Wear resistant horizontal desulfurization circulating pump

Wear resistant horizontal desulfurization circulating pumpworking principle

The motor drives the pump shaft to rotate, driving the impeller to rotate at high speed. A negative pressure zone is formed at the center of the impeller, and under atmospheric pressure, the slurry enters the pump body through the suction pipe; Subsequently, under the centrifugal force of the impeller, the slurry is thrown towards the outer edge of the impeller, collected by the volute and guided to the discharge pipe, completing the conveying process. The shaft seal part (such as mechanical seal or secondary impeller) prevents slurry leakage through negative pressure or centrifugal force, ensuring the sealing performance of the pump body.

Performance Characteristics

Strong corrosion resistance: The overcurrent components are treated with special processes to resist corrosion from acidic (such as dilute acid, electrolyte), alkaline (such as liquid alkali), and corrosive media containing chloride ions, ensuring long-term stable operation.

Excellent wear resistance: Components such as impellers and sheaths are designed for slurries containing solid particles (such as gypsum crystals and slag), effectively resisting erosion and wear, and reducing equipment replacement frequency.

Reliable sealing: Adopting containerized mechanical seals or secondary impeller shaft seals to prevent corrosive slurry leakage, ensure safe working environment, and reduce sealing maintenance costs.

Stable operation: Install cantilever supports between the pump shaft and pump body to reduce vibration and noise; Horizontal layout reduces the center of gravity and further enhances operational stability.

Compact structure: X-shaped bracket or integrated design saves space, adapts to scenarios with limited process layout, and facilitates access to various components for maintenance personnel.

Wear resistant horizontal desulfurization circulating pumpPrecautions for purchasing:

Flow and head requirements: Determine the required flow and head based on actual needs, and select the appropriate horizontal desulfurization circulating pump model.

Corrosion resistant materials: Select corrosion-resistant materials based on the characteristics of the conveying medium to ensure the service life of the pump.

Brand and Quality: Choose a brand and reliable horizontal desulfurization circulating pump to ensure product quality and after-sales service.

Safety considerations: Consider the safety performance of the pump, such as overload protection, leakage warning, and other functions.

Environmental requirements: Consider the energy-saving and environmental performance of the pump, and choose products that meet environmental standards.