The stainless - steel cam - rotor pump for pumping AES has many advantages. The relevant introduction is as follows:
Good Corrosion Resistance: The pump body and key components are made of stainless - steel material, which can effectively resist the corrosion of AES and other daily - chemical raw materials. This ensures that the equipment maintains stable performance during long - term use and extends its service life.
Low Shear and Smooth Transportation: The rotors exert little shear force on AES during the transportation process, with almost no pulsation and disturbance. This can keep the physical and chemical properties of AES stable and avoid changes in AES performance caused by shear, agitation, etc. during the transportation process.
Strong Self - priming Ability: It has a strong self - priming ability, which can quickly suck AES from the storage container into the pump and transport it. This reduces additional auxiliary equipment and operation procedures, improving work efficiency.
Can Transport High - viscosity Media: It can adapt to the high - viscosity characteristics of AES. Even when the viscosity of AES is high, it can achieve stable and efficient transportation, ensuring the smooth progress of the production process.
Good Anti - clogging Performance: The gap between the rotor and the pump body is reasonably designed. For a small amount of impurities or particles that may exist in AES, it has good passability and is not prone to clogging, reducing equipment failures and maintenance costs.
Excellent Hygiene Performance: The parts in contact with the material are all made of stainless - steel that meets hygienic standards, and the seals are made of non - toxic rubber. This can avoid contaminating AES and is convenient for CIP cleaning and steam sterilization, meeting the hygienic requirements of the daily - chemical industry.
Convenient Flow Regulation: By equipping with a frequency converter and other means, stepless flow regulation can be easily achieved, and the transportation volume of AES can be accurately controlled according to production requirements.
