High Yield Circular Tumbler Screener Vibro Sieve Shaker For Alloy Powder

High Yield DYB 2400 Kaolin Soil Tumbler Vibro Sieve Shaker for Alloy Powder

Application Industries

Swing tumbler silica sand vibrating screen with electronic power spin vibrator large capacity is widely used in:
1. Chemical industry: resin pigment, calcium carbonate, decorative coatings, medicine, grease, paint, palette, etc.
2. Abrasive material and ceramic industry: building sand, mica, alumina, abrasive, refractory material, slurry, etc.
3. Food industry: sugar, salt, alkali, flour powder, nut powder, farina, gourmet powder, starch, milk powder, yeast powder, pollen, food additive, bean milk, juice, etc.
4. Paper-making industry: coated slurry, exhaust liquid, paper making liquid and waste water reclamation, etc.
5. Metallurgy and mining industry: quartz sand, ore, titanium oxide, zinc oxide, etc.
6. Mechanical industry: casting sand, powder metallurgy, electromagnetic material and metal powder, etc.

Product Advantages

1. Low energy consumption, low noise,
2. High screening accuracy, large capacity, simple structure.
3. Fully enclosed structure, good sealing, prevent dust spillover, automatic discharge, more suitable for assembly line work.
4. Screen body parts are used copper plate and section welded together (part group between body for bolt connection), and overall stiffness is good, strong and reliable.
5. Unique design of screen structure, conveniently and quickly change screen (only 3 to 5 minutes).
6. Her mother screen fully supporting the fine screen, so fine screen can be long life, so as to reduce the consumables cost of the fine screen; In addition this design allows to using all kinds of screen (nylon, special dragon, PP network).

Working Principle

1. The basic movement is similar to manual sieving.
2. The eccentricity from 25 to 40mm, low speed V belt drive from 120 to 360rpm. Each product's stay time can be adjusted by the 3D movement of the swinging sieve.
3. The materials are even on the whole screen surface from the center to periphery, therefore it spreads axially in a spiral movement, in which the whole process of sieving the small particles is finished.
4. The vertical and horizontal acceleration increases with the movement of the particles.
5. The particles close to the hole size are then separated.
6. Larger particles are then transferred to the exit. There is an adjustable device at the exit, which adjusts the flow rate. This device is another factor that controls the stay time of the materials.
7. This process is the same on each sieving level.

Technical Parameters

FAQ

Q: How to choose the suitable machine?
a. Customers who are familiar with technical performance and parameters can directly order.
Note: You had better send us the pictures you have ever used.
b. Customers who need us to choose the models, please follow the information, tell us:
1) Name and feature of the raw material?
2) Aim of using: get rid of impurity, filtration, grading
3) Handling capacity: kg /h, L/h
4) The raw material size: (mesh or mm)
5) How many final materials you want, or how many layer you need?
Note: You had better send us the relevant pictures about the details.