What are the main performance parameters that should be considered when choosing a Plastic Emulsion Pump?

When choosing a Plastic Emulsion Pump, it is crucial to ensure that the chosen pump can handle plastic emulsion efficiently and reliably.

1. Traffic
Flow rate is the volume of liquid that the pump can handle per unit time, usually measured in liters per minute (L/min) or cubic meters per hour (m³/h). When selecting a plastic lotion pump, you need to determine the required flow range based on actual production needs to ensure that the pump can meet the minimum and maximum flow requirements of the production line.

2. Lift
Lift usually refers to the vertical distance between the pump suction and outlet, including the actual lifting height, pipeline resistance loss and pressure loss inside the pump body. Therefore, when choosing a plastic emulsion pump, the lift is not only related to the actual height that the liquid needs to be lifted, but also affected by the pipeline layout, pipeline length, pipeline material, number of elbows, and accessories such as valves. Comprehensive considerations need to be made based on actual needs, pipeline resistance, pump type, efficiency, and safety factors to ensure that the lift of the selected pump can meet the actual needs of the production line. At the same time, you also need to pay attention to comparing the performance parameters of pumps of different brands and models and choose products with high cost performance.

3. Material
Since plastic lotion pumps need to handle corrosive plastic lotions, the choice of pump material is crucial. Common pump body materials include stainless steel, plastic alloy, etc. Stainless steel material has excellent corrosion resistance and is suitable for most plastic emulsions; while plastic alloy material has better chemical corrosion resistance and is suitable for plastic emulsions with special requirements. When selecting materials, factors such as the strength, wear resistance and service life of the material also need to be considered.

4. Sealing performance
Sealing performance is one of the key factors to ensure the stable operation of plastic lotion pumps. Excellent sealing performance can prevent emulsion leakage, reduce maintenance costs, and ensure production safety. When selecting a pump, attention should be paid to the sealing structure and sealing materials of the pump to ensure that the pump has good sealing performance.

5. Dynamic performance
Dynamic performance refers to parameters such as pump power, speed, and torque. When selecting a plastic lotion pump, appropriate power performance needs to be determined based on the actual needs of the production line and energy supply. For example, when a production line needs to handle a large amount of plastic emulsion, a pump with higher power should be selected; and when the energy supply is limited, you need to consider reducing the power and speed of the pump to reduce energy consumption.

6. Maintenance convenience
Ease of maintenance is another important factor to consider when choosing a plastic lotion pump. An easy-to-maintain pump can reduce repair costs and time and increase productivity. When selecting a pump, attention should be paid to the pump's structural design, parts replaceability and maintenance manuals to ensure that the pump has good maintenance convenience.

7. Security
Safety is a factor that cannot be ignored in any production equipment. When choosing a plastic lotion pump, you should pay attention to the safety protection design, explosion-proof performance and electrical safety of the pump. For example, the pump should be equipped with safety devices such as overload protection, overheating protection, and leakage protection to ensure that it can be shut down in time when abnormal conditions occur and to protect the safety of personnel and equipment.

8. Durability and reliability
Durability and reliability are important indicators for evaluating the performance of plastic lotion pumps. A durable and reliable pump can run stably for a long time, reduce failures and downtime, and improve production efficiency. When selecting a pump, attention should be paid to the design life, failure rate, and maintenance records of the pump to ensure that the selected pump has good durability and reliability.