Wide range of sieving - any particle, powder, slurries (mucus) can be sieved.
Grading and screening - 1-5 layers of screen can be configured, and 2-6 levels of sorting or filtering can be carried out at the same time.
Hygienic and pollution-free - the fully sealed structure prevents powder materials from flying or liquid materials from leaking. The circular design makes the machine have no dead ends, no material storage, and is easy to clean.
The screen mesh is easy to replace - the main screen design, the screen mesh has a longer life and higher efficiency, 2 people can complete the screen change within 3~5 minutes, which saves 30~60 minutes compared with other types of screen machines.
Adjustability - 1. The vibration amplitude can be adjusted; 2. The screening time of the material screen can be adjusted. Maintain the best screening effect for different materials.
The material enters the oscillating sieve machine through the feeding port. According to the screening requirements of different materials, the material is sieved by 1-5 layers of metal woven screens with different meshes. During this process, it is located under the screens of each layer. The net cleaning device (bouncing ball) continuously hits the screen through frequency vibration, so that the materials on the upper layer of the screen can be smoothly screened through the screen, and effectively solve the problem of material blocking. The screen is discharged from the discharge port of each layer, and finally the purpose of screening and removing impurities or filtering and grading is realized.
Linear Vibrating Screen
It is used for dry particle powder sieving and impurity removal (not for liquid treatment), with higher output and stronger excitation force.
Direct discharge sifter
It is used to deal with impurities or agglomerates in powder materials at the front end of the production line, and only has a single layer of screen.
Airflow screening machine
It is used to process a large amount of light and fine powder, and the machine uses wind and airflow to form a sieving power, which solves the problem of difficult sieving and adhesion of light and fine powder.
Lid with product access window.
Possibility to include product access window in the lid or decks.
Fast clamp system.
Sieve cleaning system.
Ultrasound sieve cleaning system.
Brusher for cleaning sieves.
Machine mounted over wheels.
Machine with 1, 2, 3 or 4 decks.
The possibility of manufacture for explosive environments.
Possibility of customization according to user needs.
All kinds of powder industry, any particle, powder, mucus can be screened and filtered within a certain range
Chemical industry: resin, paint, cosmetics, paint, washing powder, micropowder, soda ash, lemon powder, rubber, plastic, etc.
Food industry: powdered sugar, starch, salt, rice flour, milk powder, soy milk, egg powder, soy sauce, fruit juice, etc.
Pharmaceutical industry: Chinese medicine powder, Chinese medicine liquid, Western medicine powder, Western medicine liquid, Chinese and Western medicine granules, etc.
Metal powder mining: aluminum powder, lead powder, copper powder, ore, alloy powder, electrode powder, manganese dioxide, electrolytic copper powder, electromagnetic material, grinding powder, refractory material, kaolin, lime, alumina, heavy calcium carbonate , quartz sand, etc.
Metallurgical industry: titanium oxide, zinc oxide, electromagnetic materials, metal powder, electrode powder, etc.
Abrasives, ceramic industry: alumina, quartz sand, mud, spray soil particles.
Oscillating sieve with inclined screw conveyor
Usage scenarios: flour processing plants, spice processing, condiment processing, etc.
Oscillating sieve with vertical screw conveyor
Application scenario: The production space is limited, and the minimum space is used for material lifting and screening.
Oscillating sieve with vacuum feeder
Application scenario: Special powder material feeding and screening application, safe and hygienic.
Oscillating sieve with Belt conveyor
Application scenario: For processing large or irregular granular powder bulk materials.
Material | Mesh | Capacity(kg/hr) | Model |
flour | 24 | 1500 | DH-1000-1S |
medicine powder | 80 | 550 | DH-800-1S |
salt | 30/80 | 5000 | DH-1500-1S |
aluminum powder | 80/120 | 350 | DH-800-2S |
soy sauce | 100 | 6500 | DH-1200-1S |
Technical parameters are provided below! Customization services are also ready for you to contact.
Model | Diameter (mm) |
Feeding Size (mm) |
Frequency (RPM) |
Layers | Power (kw) |
Capacity (kg/h) |
DH-400 | 400 | <10 | <1500 | 1-5 | 0.18 | 100 |
DH-600 | 600 | 0.25 | 200 | |||
DH-800 | 800 | 0.55 | 500 | |||
DH-1000 | 1000 | 0.75 | 800 | |||
DH-1200 | 1200 | 1.1 | 1200 | |||
DH-1500 | 1500 | 1.5 | 1800 | |||
DH-1800 | 1800 | 2.2 | 2000 |
Dust cover: It is composed of a feed inlet and an inclined cone, and the lower end is connected with the screen frame to prevent the dust in the workshop from falling into the material when the vibrating screen is working. Commonly used materials are stainless steel, carbon steel and plastic. And so on 3 kinds of materials.
Screen frame: It is rolled and welded by steel plate, with load-bearing rings at the upper and lower ends, and flange rings at the lower part, which are used to fix the structure of the screen components.
Vibration motor: vertical vibration motor, divided into four specifications: 2, 4, 6, 8, and grades, the vibration times are 2870, 1460, 980, 740RPM respectively, and can be designed as explosion-proof type (inflammable and explosive occasions)
Screen mesh: models include φ600, 800, 1000, 1200, 1500, 1800, etc., and materials include stainless steel, carbon steel, and plastic.
Screen cleaning device: clean up the clogged materials in the screen holes to increase the output. It is made of silicone and rubber. An ultrasonic cleaning device (635 mesh) can also be selected.
Damping springs: There are 12-20 vibration isolation springs along the vibration transmission body. The base is welded from steel coils. There are inspection doors and electrical switch holders on the bottom wall. An annular flange is welded on the upper part of the base wall, and the flange is connected with the vibration transmitting body through a vibration isolation spring.