Products
SL Screw Press Dewatering®

Scan your phone once

Product Model:SL Screw Press Dewatering®
Viewed:264
Summary Features:
The SL Screw Press is a continuously operating press separator designed for the extrusion of liquids from organic materials and the separation of residue liquids from inorganic materials. The SP Screw Press has no specific requirements for feed concentration, viscosity, hardness, astringency, particle size, or fiber length. If material is fed into it, it will be squeezed. Its most notable features are an extremely high juice yield and dehydration rate, outperforming any form of press or centrifuge on the market.
  • Product Details
  • Technical Parameter
  • Application

The SL Screw Press is a continuously operating press separator designed for the extrusion of liquids from organic materials and the separation of residue liquids from inorganic materials. The SP Screw Press has no specific requirements for feed concentration, viscosity, hardness, astringency, particle size, or fiber length. If material is fed into it, it will be squeezed. Its most notable features are an extremely high juice yield and dehydration rate, outperforming any form of press or centrifuge on the market. 

原理图-拷贝-SL.jpg

Structural principle

Screw rod outer diameter with tungsten carbide and hard chrome plating screw rod compression ratio designed by the geometric changes of its physical properties of the treated material, high transport efficiency of extrusion, abrasion resistance and long service life. Geometric changes of its physical properties of the treated material, high transport efficiency of extrusion, abrasion resistance and long service life. Double thrust bearing centralized face to face design, machine reaction force uniform, may increase bearing life and no vibration, no abnormal noise, direct drive of reducer and screw rod, with high torque and transmission efficiency. Tapered hole in the outer filter design with high drainage rate, low clogging. The feeding hopper, support net, filter net and discharged hopper are designed in two halves, easy maintenance and installation, small disassembling job area. Electric control with touch human-machine interface, user operation, the historical data record, the parameters setting are user-friendly design. Back pressure ring made from engineering plastic, long life and low friction, three-point support cylinder pressed, stable output with high solid content rate.


1. Juice extraction of fruits, vegetables, roots, stems, leaves, flowers, fruits, and other materials. Such as apples, pears, ginger, grapes, alfalfa, pineapples, kiwis, mulberries, blueberries, pure seabuckthorn fruits, oranges, goji berries, etc; Chrysanthemums, peonies, roses and other fresh flowers; Beet, red fruit, taro, aloe vera, palm, olive, pomegranate, etc;

2. Solid liquid separation of solid or liquid materials in various industries, as well as pressing and dewatering of waste residue.

Food processing: Carrots, coconut paste, mushrooms, glutinous rice wine lees, seafood waste, onion residue, winter melon residue, bean sprout residue, citrus comprehensive utilization, tobacco, sugar beet residue, chrysanthemum, oil residue, coconut coir, various traditional Chinese medicine residues, various tea residues, vinegar residue, beer residue, coffee residue, corn husk, furfural residue, fish paste, shrimp residue, chicken hair and chicken residue, etc; Soy protein, pectin, xanthan gum, etc;

Energy: biogas residue, sweet sorghum, water hyacinth, cassava residue, sweet potato residue, potato residue, sugarcane bagasse, seaweed, various oil residues, etc;

Other: filter residue, diaper waste, cellulose, medical waste, rubber waste;

3. Extraction and dehydration of fruit and vegetable waste, kitchen waste, and household waste; Separation of food waste, organic matter, and inorganic matter;

4. Dehydration of various types of feces, such as pig manure, cow manure, duck manure, and the pressing and separation of slaughterhouse wastewater;

5. Dehydration of sludge and pulp, recycling of plastics


    Follow us
  • linkedinfacebooktwitterYoutubelinkedin
  • Follow us