The cam rotor type potato starch paste pump is an efficient and reliable conveying equipment. The following is a detailed introduction to it:
The cam rotor type pump consists of two rotors that move synchronously. The rotors are driven by a pair of external synchronous gearboxes and rotate synchronously in opposite directions under the drive of the transmission shaft, thus creating a relatively high vacuum degree and discharge pressure to achieve the conveyance of materials.
Rotor Design: Its rotors usually adopt special contour shapes, such as three-lobe, two-lobe, etc., enabling them to smoothly push the high-viscosity potato starch paste during the rotation process, reducing flow resistance and pulsation, and ensuring the stable conveyance of materials.
Pump Casing Structure: The pump casing is generally made of high-strength metal materials or corrosion-resistant alloys, possessing good rigidity and sealing performance, capable of withstanding certain pressures and preventing the leakage of starch paste.
Sealing System: It is equipped with reliable mechanical seals or packing seal devices, effectively preventing the leakage of materials from the pump shaft during the conveying process, ensuring the cleanliness and safety of the working environment, and also reducing material waste at the same time.
High Viscosity Conveying Capacity: It can easily handle the high viscosity characteristics of potato starch paste. It can achieve large-flow and high-head conveyance at a relatively low rotational speed, is less likely to encounter problems such as clogging or poor flow, and ensures the continuity of the production process.
Gentle Conveying Characteristics: Operating at a relatively low rotational speed, it causes less damage to the structure of starch granules and can maintain the original quality of the starch. This is especially important for some application fields with high requirements for starch quality, such as the production of vermicelli and bean threads in food processing.
Good Self-priming Ability: It has a relatively strong self-priming performance and can quickly suck in materials without the need for additional auxiliary equipment, improving the convenience and work efficiency of the equipment. It is especially suitable for occasions where starch paste needs to be extracted from low-level containers or storage tanks.
Stable Flow and Pressure: During the working process, the fluctuations in flow and pressure are relatively small, being able to provide stable material conveyance, which is conducive to ensuring the stability of the production process and the consistency of product quality, and reducing the risk of production accidents caused by unstable flow and pressure.
Energy-saving and High Efficiency: Due to its novel design, low operating speed and high efficiency, it can save more than 30% energy compared with traditional screw pumps, gear pumps, etc. It can significantly reduce energy consumption during long-term operation and save production costs.
Food Industry: In the deep processing of potato starch, such as in the production of foods like vermicelli, bean threads, potato chips, etc., it is used to transport starch paste from the mixing tank to the forming equipment or processing equipment. In addition, it can also be used to transport other high-viscosity food raw materials, such as jam, chocolate paste, honey, etc.
Chemical Industry: It is suitable for transporting the starch paste in the production process of chemical products based on potato starch. For example, in the production of starch-based adhesives, papermaking auxiliaries, textile sizing agents and other products, it transports the starch paste to equipment such as reaction kettles and mixers for further processing.
Pharmaceutical Industry: It can be used to transport the potato starch paste used as a filler or binder in the pharmaceutical production process to ensure the smooth progress of the drug production process and guarantee the quality and stability of drugs.
Flow and Head Requirements: According to the flow and head size of the potato starch paste that needs to be transported in the actual production process, select the appropriate specification of the cam rotor type pump to ensure that the output capacity of the pump can meet the production requirements.
Material Characteristics: Consider the characteristics of potato starch paste such as viscosity, concentration, temperature, particle size, and whether there are impurities and other factors, and select the pump type and material that match it to ensure the normal operation and service life of the pump.
Working Environment Requirements: According to the installation location and working environment conditions of the pump, such as whether there are corrosive gases, dust, etc., select the pump with the corresponding protection level and material to ensure the safe and reliable operation of the pump.
Hygiene Requirements: For industries with high hygiene requirements such as food and pharmaceuticals, the cam rotor type pump that meets hygiene standards should be selected, such as adopting a stainless steel material and having a structural design that is easy to clean and disinfect, so as to prevent material contamination.
