Wear resistant conveying pump

NegotiableUpdate on 04/04

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Nature of the Manufacturer: Producers

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Overview

Wear resistant conveying pumps can handle high viscosity fluids (such as resins and syrups), media containing solid particles (such as sludge), and shear sensitive materials (such as food slurries), adapting to different physical property requirements. Self suction can be achieved without the need for a pump, with a suction range of up to a certain height, suitable for gas containing liquids or remote transportation scenarios.

Product Details

Wear resistant conveying pumpPerformance Characteristics

Flow stability: The flow rate is strictly linearly related to the rotational speed, and is not affected by back pressure fluctuations. It can achieve precise metering and transportation, meeting the requirements of chemical production for proportioning accuracy.

Medium adaptability: It can handle high viscosity fluids (such as resins and syrups), media containing solid particles (such as sludge), and shear sensitive materials (such as food slurries) to meet different physical property requirements.

Self suction capability: It can achieve self-priming without the need for a pump, with a suction range of up to a certain height, suitable for gas containing liquids or remote transportation scenarios.

Low pulsation operation: The continuous rotation of the rotor produces a smooth flow rate, with significantly lower pressure fluctuations than reciprocating pumps, reducing the impact on the pipeline system.

Wear resistant and long-lasting: The non-contact operation design between rotors reduces friction, and with high-precision gear transmission, it can extend the service life and reduce maintenance costs.

Here are someWear resistant conveying pumpUsage tips:

1. Choose the appropriate pump type: Based on the viscosity and flow requirements of the liquid, select the pump type suitable for transporting high viscosity liquids. Common choices include screw pumps, plunger pumps, etc.

2. Temperature control: High viscosity liquids become more viscous at low temperatures, which may increase pump load and resistance. Therefore, ensure that the liquid is heated to the appropriate temperature to reduce flow resistance.

3. Preheating pump: Preheat the pump and delivery pipeline before starting the pump to improve fluid flow. This can be achieved by introducing the heat medium into the system or using an external heater.

4. Control the pressure difference between the inlet and outlet: For high viscosity liquids, maintaining an appropriate pressure difference between the inlet and outlet is important for the normal operation of the pump. Ensure that the inlet pressure is not too high to avoid overloading and damaging the pump.

5. Regular maintenance and cleaning: Due to the tendency of high viscosity liquids to accumulate sediment and particles inside the pump, it is very important to regularly clean the pump and pipelines. At the same time, regularly inspect and replace seals and parts to ensure the normal operation of the pump.

6. Proper lubrication: Use lubricants or grease suitable for high viscosity liquids for lubrication to reduce friction and wear, and improve pump efficiency and lifespan.

7. Prevent idling: Before starting, ensure that the pump is filled with liquid to avoid idling. Idling may cause damage to the pump and drive system.

8. Monitoring and adjusting flow rate: Use a flow meter to monitor the flow rate of the liquid and adjust the pump output as needed. This can help maintain a stable conveying process and avoid overloading or low load operation.