Leabon Dzu Rubber Belt Vacuum Filter for Mining Industry

Leabon Dzu Rubber Belt Vacuum Filter for Mining Industry

LEABON DZU Rubber Belt Vacuum Filter for Mining Industry Introduction: Rubber belt type vacuum filter takes filter cloth as filter medium, adopt material gravity and vacuum suction to separate solid and liquid materials. It is adopted ring rubber belt as a vacuum chamber. The vacuum chamber...
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Product Details

LEABON DZU Rubber Belt Vacuum Filter for Mining Industry

Introduction:
Rubber belt type vacuum filter takes filter cloth as filter medium, adopt material gravity and vacuum suction to separate solid and liquid materials. It is adopted ring rubber belt as a vacuum chamber. The vacuum chamber continuously running by motor, filter cloth are layup to the rubber belt and running along with the belt, the rubber belt with friction belt create a water-tight seal. Slurry are distributed on filter cloth by distributing device When the vacuum chamber is switched on vacuum system, it will create a vacuum area on rubber belt, Filtrate liquor pass through filter cloth by horizontal grooves on rubber belt, then get together and go into the vacuum chamber by micro pore, Solid powder are holding on filter cloth, then create a filter cake. The liquid which have got into vacuum chamber be discharged by steam-water separator. Move along with the rubber belt, preformed filter cake get into washing section and suck dry section. Finale filter cloth and rubber belt are divided, the filter cake is discharged from discharging roller. The filter cloth which discharge filter cake are washed, then can be re-used, re-access to filtrate area by a set of supportive rollers and rectify device, begging a new cycle.

Feature:
1. Modularized design: easy installation and transportation.
2. High auto degrees: Consecutive auto feeding, filtering, washing, dewatering, discharging, cloth cleaning improves production efficiency.
3. Convenient filter technology: cake thickness, water washing, counter current decantation stages, vacuum degree, filter speed can be adjusted for optimistic effect.
4. Fine decantation effect: even and thorough multi-stage advection or counter current decantation makes collection and reuse of mother liquor and washing liquor separately.
5. Operation:continuous, and fully automatic operation, filtration speed with frequency control.
6. Control system: PLC program fully automatic-controlled system , DCS remote interface to realize remote monitoring and operation
7. The frame: made of high quality seamless square steel pipe (10#-12#) with sandblast and high strength fluorin-carbon finish, makes anticorrosive ability keep more than 8 years.
8. Rubber belt: supported by air cushion or water to reduce the resistance and is good to prolong service life of the rubber belt.
9. High quality bearing: with full airproof bearing seat, available to run more than 3 years.
10. Extrusion and transmission rollers: made of seamless steel pipe with anti-wearing rubber outside, valid to work more than 5 years.
11. The main body are made of stainless steel (304), including vacuum box, fender, flume, waterproof cover, muzzle and sheets, etc.

FAQ
1. How to buy your interested products?
You can provide us the water sources, water quality, flow rate and ground area, material requirements about your project (More details, please contact us).
2. How to pay?
L/C or T/T are acceptable.
3. What is the delivery time?
It depends on order quantities. Generally speaking, the delivery time will be within 2 months.
4. How to pack the products?
We use standard export package. If you have special package requirements, we will pack as you required, but the fees will be paid by customers.
5. How to install after the equipment arriving destination?
We will provide detailed illustrations to you. If it is necessary, we will send technicians to help you.
6. How long is the validity?
The validity is 12 months after installation.

Experimental data for reference:
Materials Name Liquid to solid Ratio Water Content of Filter % Production Efficiency Kg/m3/h Materials Name Liquid to solid Ratio Water Content of Filter% Production Efficiency Kg/m3/h
Citric Acid 5/1-3/1 15 25.8 Miscible liquids of sodium hydroxide and CUS 4/1 19.6 416
Zinc Oxide 10/1 51.2 75.9 ABS resin 10/1 36-38 170-232
Mining slurry soaked by Mno reductico acid 3.1 45.06 88.46 Calcium Phosphate Ore Magma 3.5/1 21.5 345
Ferromagnet 2.5/1-4/1 7.6 500-1000 Soluble Phosphor Fertilizer 2/1-5/1 7-10 1000-2000
Sulphur mine 4/1-2.5/1 11.63 360-800 Vitriol dirt 1.5/1 37-40 665-780
Copper mine 4/1-2.5/1 12 400-600 Aluminous rocks 5/1-4/1 26.4-29 1700
Mine remaining part 9/1-4/1 21.4 300-500 Caustic mud 4/1 47-51 266-613
Iron-stone 2/1-1.5/1 8-10 2000-3000 Residue silicon of aluminium sulphate 1.5/1 37 200
Manganite 2/1 15-17 800-1000 Fermentated liquid of gentamicin 1/1-2/1 33.1 78.5
Aluminium Hydroxide 4/1 15-17 350 Coarse zinc oxide 4/1 23.5 233
Fluorite power 2/1 11 800 Fluoride-bearing calcium lime 4/1-5/1 42-51 200-560
Caustic mud 4/1 47-51 266-613 Ammonium Salt 4/1 18-20 1000-1500
Vanadium Oxide
(V2O5)
3/1 33 174 Sodium silicofluoride 3/1 15-20 300-500
Coal ash 10/1 20.7 4.9m3/m3/h Wet cement 2/1 16-20 787
Gold mine 2/1 25-27 111 Fine coal of coal dressing 4/1 22.4 218
Sub-ammonium tungstate 2/1 71 200 Tail coal of coal dressing 6/1 25 100
Organic nitrous dye-stuff 30/1-20/1 69 100 Zinc Sulfate Ore Magma 5/1 45-50 312
4A zeolite 80-100 g/L 43 164 Agate seed 200-400 g/L 20 684
Finished agate 260-600 g/L 15 125 Silica residue 4.5 35 342
Baeyer aluminium hydroxide seed 400-800g/L 15 2000 Desulfuration Gypsum 1/1 10 800-1000
Boehmite 8/1 60 30-50

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