Inclined ScreenSolid liquid Separator

Efficient solid-liquid separation solutions

Inclined Screen Solid Liquid Separator Overview

Inclined ScreenSolid liquid Separator Overview

The inclined solid-liquid separator is a highly efficient separation device. It consists of a motor, frame, screening mechanism, screw conveying mechanism, screw extrusion mechanism, etc. It has distinctive structural features and is inclined overall. This design helps the material to achieve solid-liquid separation under the action of its own gravity and internal structure.

Inclined ScreenSolid liquid Separator for Sale

Product Details

Features and Advantages of Inclined ScreenSolid liquid Separator

Features and Advantages

High separation efficiency

It can quickly and effectively separate solid-liquid mixtures. For continuous production processes, this efficiency ensures continuous production without delays caused by solid-liquid separation.

Simple structure

The mechanical structure is simple, so it is relatively easy to install, operate and maintain. In the event of a fault, the problem can also be located and fixed quickly.

Highly adaptable

By adjusting the angle of the screen surface, aperture size, feed rate, etc., it can adapt to materials with different characteristics, such as materials with large particle size differences and different viscosities.

Cost-effective

Since efficient separation reduces the pressure on subsequent treatment processes, it reduces energy consumption and waste of resources throughout the production process.

Main Technical Parameters of Inclined ScreenSolid liquid Separator

Main Technical Parameters

Model Main motor power (KW) Feed inlet (mm) Rainage outlet (mm) Capacity (m3/h)
HXS800 7.5 200 76 0-20
HXS1200 9.5 280 180 0-40
HXS1500 12 300 280 0-60
Working Principle of Inclined ScreenSolid liquid Separator

Working Principle of Inclined ScreenSolid liquid Separator

Working Principle

The working principle of the inclined screen solid-liquid separator is based on gravity and mechanical screening. The material to be processed enters from the feed port and flows to the inclined screen under the action of gravity. The liquid quickly flows through the screen under the action of gravity to achieve separation; the solid is intercepted by the screen, and the vibration of the screen causes the solid to slide down the slope to the discharge port for discharge, effectively completing the solid-liquid separation. It is suitable for a variety of materials.

Application Scenarios for Inclined ScreenSolid liquid Separator

Application Scenarios

Farm manure treatment

Solid-liquid separation of livestock manure from farms. The solid manure can be used as raw material for organic fertiliser, and the liquid part can produce biogas in a biogas digester.

Food processing industry

The inclined screen solid-liquid separator is used to dehydrate pomace, pharmaceutical waste, distiller's grains, starch waste, bagasse, tea waste, and sauce dregs.

Paper industry

It can be used to dewater pulp, improve the dryness of the pulp, reduce energy consumption in the subsequent drying process, improve production efficiency and reduce production costs.

Brewing industry

The solids separated from beer dregs, vinegar dregs, liquor dregs, etc., can be used as animal feed or fertilizer, while the liquid part can be treated in sewage treatment plants or reused.

Sewage treatment plant

As a pre-treatment device at the front end of sewage treatment, it is used to remove large solid impurities and suspended solids in sewage, reducing the turbidity and organic content of the sewage.

Biogas engineering

The inclined screen plays an important role in the solid-liquid separation of biogas slurry and fermentation residue. The separated residue can be used as high-quality fertiliser.

Solid-liquid separation application cases

Application Case

Buying Guide for Inclined ScreenSolid liquid Separator

Buying Guide

Analyze the material characteristics

It is important to determine the type of material, whether it is livestock manure, food processing waste or something else. Different equipment is selected for different materials due to their different solid content and moisture content.

Match processing capacity

Determine the processing capacity and equipment specifications according to the production scale. If the production scale is large, selecting equipment with a smaller processing capacity will result in a backlog of materials.

Focus on dewatering effect

Check the moisture content of the material after processing by the equipment. If the moisture content is too high, it will make storage and transportation more difficult, and even require secondary processing.

Ensure stability and reliability

The stability and reliability of a machine depend on its structural design and the quality of the materials used. Simple, high-quality materials are more resistant to corrosion and more durable.

Consider the degree of automation

Highly automated appliances can improve efficiency, but they are more expensive. If there is sufficient manpower and efficiency is not a top priority, semi-automated appliances may be more suitable.

Consider the manufacturer's strength

Choose a manufacturer with formal production qualifications and a good reputation. Production qualifications are a basic guarantee of quality, and reputation reflects the market’s recognition of its products and services.

Frequently Asked Questions

Frequently Asked Questions

Its separation efficiency is affected by many factors, such as the mesh size, the nature of the material (including the size, shape and density of the solid particles and the viscosity of the liquid), the feed rate, etc. Under suitable operating conditions, the separation efficiency can usually reach about 60%.

The inclined sieve is generally made of high-quality stainless steel. This material has good corrosion resistance and can resist the erosion of the sieve by acidic and alkaline ingredients that may be present in the material, extending the service life of the sieve. components can usually be used for 8-10 years or even longer. 

Noise reduction measures have been taken into account during the design and manufacture of the inclined screen solid-liquid separator. During normal operation, the noise generated by the equipment is within a reasonable range and will not cause serious disturbances to the surrounding environment.

Maintenance mainly involves regularly checking the integrity of the sieve, and cleaning or replacing it if it is damaged or clogged; checking the feed and drain systems to ensure that they are not blocked; and regularly lubricating the appliance’s transmission parts to ensure normal operation. We will provide a detailed maintenance manual.

The footprint of the appliance varies depending on the model. Before installing the appliance, we will provide you with accurate information about the dimensions and installation footprint of the appliance based on the model you choose, so that you can plan the space accordingly. automation reduces manual operation and labour costs. In the long run, they offer a high price-performance ratio.

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