What type of vibrating screen is used to filter liquid materials?

20-Jul-19zhenyingvibrate

  Various types of vibrating screens can be used to filter liquid materials. Let us explain them separately today. The use of a straight discharge screen for filtering liquids can greatly solve the problems of large energy consumption, small output, and low efficiency in the liquid filtration process. At the same time, it also solves the problem of liquid splashing during liquid treatment, which makes the material handling volume larger and slag discharge faster. And the straight sieving screen is affordable, especially suitable for screening and filtering powder and liquid materials. The contact with the material is made of high quality 304 stainless steel material, which is hygienic and environmentally friendly, and can be used in food, chemical and other departments. The main features of the liquid filtration medium frequency straight sieving filter are:

  1. Increase the upper frame design and increase the randomness of installation.

  2, special bottom frame design, using advanced processing technology, optimized the structure of the whole machine, making installation more convenient.

  3. Good slagging performance, improved utilization of the mesh surface and increased processing capacity.

  4, the unique grid design greatly improves the service life of the screen, while changing the net and cleaning is faster and more convenient. Further improve work efficiency.

  The liquid filtration medium frequency straight sieving filter has a sieve diameter range of 800mm to 1200mm and is made of standard SUS304 stainless steel. Corrosive liquids can also be used in this type of straight sieve.

  Different vibrating screens have different application places. Generally, when filtering liquid, liquid or solid liquid materials, users will choose to use three-dimensional vibrating screening filter, but when the liquid filtration amount is large, the manufacturer suggests that you may wish to Vibrating straight sieving filter.