Peristaltic Pump:
Working Principle: The elastic hose is squeezed by rollers or pressure blocks to create a negative pressure inside the hose for sucking in liquid. Then, as the rollers or pressure blocks move, the liquid is pushed out.
Advantages: It has high precision and can accurately control the flow rate; it has good sealing performance and can prevent material leakage and contamination; it exerts a small shearing force on the material and is suitable for transporting cough syrup containing sensitive ingredients; it is easy to clean, and only the hose needs to be replaced or cleaned.
Application Scenarios: In the pharmaceutical industry, it is often used for filling and transporting cough syrup in small doses and with high precision, such as in the laboratory research and development stage or small-batch production.
Single Screw Pump:
Working Principle: A screw rotates inside the liner to form sealed chambers. As the screw rotates, these chambers move axially to transport the material from the suction end to the discharge end.
Advantages: It has a uniform flow rate and stable pressure, and has good transportation performance for high-viscosity cough syrup; it can adapt to materials with a certain degree of granularity; it operates smoothly, with low noise and low energy consumption.
Application Scenarios: It is applicable to cough syrup production enterprises of all scales and can be used to transport cough syrup from storage tanks to filling equipment or for material transfer and measurement during the production process.
Sugar Syrup Rotary Pump:
Working Principle: Through the rotation of the rotor, liquid is sucked into the space formed between the rotor and the pump casing and then pushed out as the rotor rotates.
Advantages: It has good self-priming performance and transportation ability and can adapt to liquids with different viscosities; the structure of the pump head is simple and easy to maintain; it is corrosion-resistant and can ensure the quality of cough syrup.
Application Scenarios: It is widely used in industries such as food and pharmaceuticals and can be used to transport cough syrup of various viscosities. Especially in large-scale production, it can efficiently complete the task of syrup transportation.
Cam Pump:
Working Principle: By relying on the rotation of the cam, the liquid is pushed to flow inside the pump body to achieve the transportation of the liquid.
Advantages: It can handle materials with high viscosity and containing particles; it has a stable flow rate and pressure; it has good sealing performance and can avoid leakage.
Application Scenarios: It is suitable for transporting high-viscosity cough syrup and can be used on the production lines of pharmaceutical enterprises to transport syrup from reaction kettles to storage tanks or filling equipment.
