Stainless Steel Hygienic Horizontal Single Stage Self Priming Centrifugal Pump

Stainless Steel Hygienic Horizontal Single Stage Self Priming Centrifugal Pump

The stainless steel sanitary centrifugal pump is designed to provide efficient and reliable fluid conveying solutions in environments with high sanitation requirements. Its structural design is designed to reduce impurities and contamination sources in the fluid and ensure the purity and safety of the fluid during the conveying process. Especially in the food, beverage and pharmaceutical industries, this pump can prevent cross contamination while ensuring stable flow control. By optimizing the selection of materials and the sealing system, it can operate for a long time under strict sanitation standards, reduce the difficulty of maintenance and cleaning, and improve production efficiency and product quality.

Working principle

The working principle of the stainless steel sanitary centrifugal pump is based on the principle of centrifugal force. The motor drives the pump shaft to rotate, driving the pump impeller to rotate. The rotation of the pump impeller causes the liquid to enter the center of the impeller from the pump inlet. As the impeller rotates, the liquid is forced to flow outward along the direction of the impeller blades. The rotation speed of the impeller accelerates the liquid inside the impeller, forming a higher speed. After the liquid flows out from the outer edge of the impeller, it flows into the diffusion chamber of the pump casing, the liquid flow rate slows down, and the kinetic energy is converted into static pressure energy, thereby generating a higher pressure. The high-pressure liquid is sent out through the pump outlet and flows to the pipeline system or other places where liquid supply is required.

The options of stainless steel sanitary centrifugal pumps mainly include:

Drive mode: electric motor drive or diesel engine drive.

Impeller type: single-stage impeller, two-stage impeller, open impeller, closed impeller, etc.

Pump body material: stainless steel 304, 316, 316L, etc., to meet different hygiene requirements.

Shaft seal type: mechanical seal, packing seal, etc.

Inlet/outlet connection method: flange connection, threaded connection, etc.

Flow and head: Select the appropriate specifications according to needs to adapt to different flow and head requirements.

Temperature range: Pump types to suit different liquid temperatures.

Specification Chart

Features

● The stainless steel sanitary quick-release hose connector adopts a unique spring-assisted buckle mechanism, which automatically locks after insertion without the need for additional tools, ensuring a stable connection and preventing it from falling off.

● The stainless steel sanitary quick-release hose connector has built-in main and auxiliary double sealing rings. The main sealing ring assumes the main sealing function, and the auxiliary sealing ring is used as a backup to prevent sudden leakage.

● The stainless steel sanitary quick-release hose connector is designed with anti-loosening threads and damping gaskets to effectively reduce the risk of loosening caused by equipment vibration.

● The flow channel of the stainless steel sanitary quick-release hose connector adopts a fluid dynamics optimization design, with a smooth inner wall and no dead corners, reducing fluid resistance and improving transmission efficiency.

● The sealing ring of the stainless steel sanitary quick-release hose connector is made of memory alloy material, which can automatically adjust the sealing performance according to temperature changes and adapt to extreme environments.

● The stainless steel sanitary quick-release hose connector can be quickly split into multiple modules, which is convenient for cleaning, maintenance and replacement of damaged parts, reducing downtime.

Application

Stainless steel sanitary quick-release hose connectors are widely used in the following industries: Food industry: connection of beverage and dairy production equipment. Pharmaceutical industry: pollution-free transmission of drug production. Bioengineering: connection of high-cleanliness fluid systems. Cosmetics industry: production and transmission of sanitary and safe products. Chemical industry: connection of corrosion-resistant chemical pipelines.