LZ series sand recycling system has absorbed foreign advanced technology, and designed combined with sand field actual situation. It is widely used in mud purification, artificial sand production line, hydropower station, sand aggregate system, glass raw material processing system, coarse slime recovery, and recycle fine material. It can effectively reduce the loss amounts of fine material; solve problems of end product such as relatively high fineness modulus and relatively low stone powder content. The fine material can be recycled as high as 95%, with incomparable technical and economic advantages.
Working principle
Through rubber pipes sand and water mixture is extracted from cleaning tank into slurry pump. The fine sand is collected by the centrifugal force of cyclone, then fed to the polyurethane screen from the apex spray. The 0.16-3mm fine sand and water are efficiently separated through the vibration screen. The waste water will flow back to the return box, through weld chute or pipes flowing to a settling pond.
Technology Advantages
1. Recycling 0.16-3mm fine sand.
2. Recycling rate reaches above 95%.
3. The water content of final sand is within 12%-15%.
4. Effectively reduce the loss of fine sand, solve the problem of sedimentation tank accumulates.
Supplier: Attapulgite, barite (grey & white),bentonite,(sodium & calcium) dolomite, feldspar, kaolin, quartz lumps, quartz grits, quartz powder, ramming mass, abrasive sand, fly ash, silica fumes(white & grey) ggfs,ggbs, phosphogypsum, gypsum powder & lumps, precipitated calcium carbonate(pcc, gcc), precipitated silica,natural & quartz silica sand for sports grounds and infill for synthetic turf, beach volleyball court, artificial beach, grow beds of aquaponics, bunker sand etc..
Product name: Sand blasting equipment Detailed product parameter description: Product model: Sandblasting equipment Sandblasting equipment
Supplier: Micro silica (silica fume), silica, fly ash, pozzolano, ggbfs and white cement, other cementatious materials and factory/plants specialized spare parts & equipments, automation & switchgear, drives & transmission spares, instrumentation & pump, pneumatic & hydraulic spares, valves & actuators, mechanical parts, high carbon ferro chrome, foundry pig iron, iron ore concentrate, chromite ore, antimony ore, silicon metal 441 (powder), ferro silicon (fesi), iron ore pellet, copper concentrate
Supplier: Fuel like diesel en590, jet fuel a1, lngg, lpg, copper cathode, a7 ingots, used rails, agri products like sugar, wheat, rice, soyabean etc, sunflower oil, valves & fasteners, spare parts for machineries. construction equipments like concrete machines, crushers, sand washing plants, material handling equipments, and construction materials, coal, diesel, machineries, tyres, generators, tyre shredder machines, fasteners, valves, epoxy, chemicals
Services: Exporter
We are glad to propose 500 MT of stain less steel mill scale. Mill scale is formed on the outer surfaces during by the hot rolling lamination of stainless-steel products. At a visual inspection the material is a hard brittle sand and is mainly composed of iron oxides, mostly ferric, and is bluish black in colour, but it also contains considerable alloying elements such as chromium and nickel. The recovery ratio after melting in furnace for the most valuable alloy elements is: - Ni: 3.5 - 4.5% - Cr: 6-8% From the chemical and physical analysis performed on the scrap, and according to the European environmental rules, the material has been classified as a special non dangerous waste, listed in green list. In particular the mill scale can be classified as follows: Waste code: 10 02 10 The material is stored on cemented flooring, and it can be loaded loose in tipper trucks or containers. Chemical analysis of the material is available on request.
Supplier: Silica ore, dolomite ore. and manganese ore. calcium carbonate ore, limestone ore., gabbro ore and crushing equipment upon request
LZ series sand recycling system has absorbed foreign advanced technology, and designed combined with sand field actual situation. It is widely used in mud purification, artificial sand production line, hydropower station, sand aggregate system, glass raw material processing system, coarse slime recovery, and recycle fine material. It can effectively reduce the loss amounts of fine material; solve problems of end product such as relatively high fineness modulus and relatively low stone powder content. The fine material can be recycled as high as 95%, with incomparable technical and economic advantages. Working principle Through rubber pipes sand and water mixture is extracted from cleaning tank into slurry pump. The fine sand is collected by the centrifugal force of cyclone, then fed to the polyurethane screen from the apex spray. The 0.16-3mm fine sand and water are efficiently separated through the vibration screen. The waste water will flow back to the return box, through weld chute or pipes flowing to a settling pond. Technology Advantages 1. Recycling 0.16-3mm fine sand. 2. Recycling rate reaches above 95%. 3. The water content of final sand is within 12%-15%. 4. Effectively reduce the loss of fine sand, solve the problem of sedimentation tank accumulates.
LZZG Ultra Sand Recovery Units use hydrocyclone recover fine sand that overflowing from the sand washing plants, generally, 0.04-3mm fine materials can be well recycled >95%, without additional chemicals. LZZG Ultra Sand Recovery Units are designed 30-350tph and produced final product with residual water content 10â??15%. This recycling units are suitable for aggregates, coal ,concrete, frac sand, idustrial sands, frac sand, and more. Working principle The overflow of washing machines(wheel washers or washer screws)is fed to hydrocyclones by slurry pump with high pressure. Most fine materials (+300 mesh) concentrated by hydrocyclones goes to dewatering screen through underflow exit. After dewatering, the hydrocyclone underflow turn to be a dryer materials, moisture content
Fine Sand Recovery System As a new type of environment-friendly equipment, the fine sand recovery system has been gradually applied to the hydropower, aggregate production line, glass raw material processing system, artificial sand making plant, recovery of coarse slime in coal preparation plants, and environmental protection engineering (mud purification, etc.). It can effectively solve the problem of fine sand recycling. Fine Sand Recovery System Features: 1.The vibrating screen adopts polyurethane seives, which has longer service life than and does not plug holes. 2.It has high efficient fine sand recovery effect, achieving high capacity, and low power consumption. 3.It can be equipped with 1, 2 or 3 sets of hydrocyclones. Thus, it can meet the requirements of different capacity. Working Principle : When the fine sand recovery device works, the mixture of sand and water is transported to the hydrocyclone through the slurry pump. Then, the fine sand with eccentricity is conveyed to the vibrating screen. After dewatering, the fine sand is effectively separated from the water.Then, a small amount of fine sand and mud goes back to the washing tank through the return box.When the liquid surface of the washing tank rises, the fine sand is discharged from the discharge openning. The linear vibrating screen can recover material with concentration between 70% and 85%. Moreover, the fineness modulus can be adjusted by changing rotatation speed of the pump, concentration of the mortar, overflow water volume or replacing the mortar nozzle, so as to complete cleaning, dehydration, and classification.
