Application·The Laboratory Shaking Tables has the merit: the high-grade ore scaled, the classification efficiency high, safeguards easily, and advantageous for the adjustment stroke. When change cross fall and stroke still might maintain the surface of bed movement balance the spring lays aside in box in vivo the structure is compact, also it could obtain the final ore concentrate and the final debris onetime.
Advantageï¼?
·Smooth tables surface, wearable and no deformation with FRP material
·Slime,Fine sand,Coarse ore Deck three version optional
·Feeding with the left and right selection,easy installation on site
·Stroke and frequency adjustable,easy operation
ModelUnitLY-21001050LY-1100500
Deck Areamm210010508501100500430
Stroke per minutemm12-289-17
Stroke Per Minutetimes/min250-450280-460
Imclination(0)0-80-10
Feed sizeGranulated sugar surface of bed (mm)-2-2
Ore slime surface of bed
(mm)-0.074-0.074
Feed Density%10-30%10-30%
Capacityt/h0.3-0.80.05-0.2
Water consumptiont/h0.2-10.1-0.5
PowerKW1.10.55
Overall Dimensionsmm3040105010201530500800
WeightKg450150
Shaking table which is also called table concentrator, is a mine separation device for fine minerals working by gravity. They are effective in processing precious and base metal, rare metal and non-metallic minerals, widely used in separation of Gold, Silver, Tin, Columbium, Tantalum, Titanium, Barium, Tungsten, Iron, Chrome, Manganese, Zircon, Lead, Zinc, Mercury, Copper, Aluminum, etc.
Descriptions
Shaking table which is also called table concentrator, is a mine separation device for fine minerals working by gravity. They are effective in processing precious and base metal, rare metal and non-metallic minerals, widely used in separation of Gold, Silver, Tin, Columbium, Tantalum, Titanium, Barium, Tungsten, Iron, Chrome, Manganese, Zircon, Lead, Zinc, Mercury, Copper, Aluminum, etc.
Put the raw materials into the feeding launder, and put some water in to make it into slurry of concentration of 20% to 25%, and gravity flow to the deck. The particle group become loose and layered because of the rinsing of water and shaking of the deck in the bed ditch. After the layered, the upper particle and the bottom particle move in different direction because of the different pressure of flowing water and the friction of the bed surface. The upper light particle moves downward along the transverse of bed surface result of the stronger flowing water., this side called tailing side. The heavy mineral particles which located in the bottom of bed layer was influenced by differential movement of bed surface, thus them move to the opposite of the drive end, and we call this point concentrate side. Because of the different density, granularity, and the directions of movement, the groups of mineral particles spread in Fan-shaped along the diagonal of the feeding launder. The production discharge along the edge of bed surface, the discharge line is so long, so that shaking table could produce many kinds of different quality product precisely.
The prominent advantage of shaking table is precise separation. We can get some final concentrates, final tailings and 1 or 2 kinds of middling products after first separating from the feeding mineral. The enrichment ratio of concentrate is very good, when dealing with low grade tungsten ore and tin ore, the enrichment ratio could reach about 300 times. Besides, the range of effective separating particle size of shaking table is 2 to 0.02 mm.
Construction and mechanical features:
Head Motion Gandong shaking tables are furnished with a totally enclosed self-oiling head motion of heavy cast iron to contain an oil reservoir for perfect splash lubrication.This feature protects the moving parts, reducing operating and maintenance costs to a minimum.
1.Shaking table is applicable for seperation of fine-grained and micro-grained rare metal, ferrous and non-ferrous metal precious metal, coal and other minerals.
2.It is to make seperation based on the difference of specific gravity of feed materials reciprocating asymmetrical movement and the stratification performance of the inclined table surface in the lateral water flow with obvious zone of the minerals with different specific gravities on the table , high quality of concentrates produced, convenient operation and adjustment and other features.
ModelL-s type(6-s)Washing water capacity(t/h)0.4-0.8
Length of stroke(mm)10-30Dimensions of table top(mm)1520×1825×4500
Frequency of stroke per minute240-360Power(kw)1.1
Horizontal cape (°)0-8Capacity(t/h)0.5-1.2
Feeding size(mm)2-0.074Weight(kg)1012
Feeding ore density (%)15-30Overall dimension(mm)5454×1825×1242
Shaking table is applicable for seperation of fine-grained and micro-grained rare metal, ferrous and non-ferrousmetal precious metal, coal and other minerals.
6-S shaking table, developed from the spiral chute, is a kind of gravity concentration equipment. It is characterized for its asymmetric reciprocating movement system. The shaking table can be applied to separate not only ferrous, non-ferrous, rare and precious metals such as the gold, tungsten, tin, tantalum, iron, manganese, chrome, titanium, bismuth, lead, ranging from 2-0.037mm, but also pyrite ore ranging from 4-0.037mm. If we change the deck grooves properly, it could be even used to separate the non-metallic mines such as the slack coal, coal slime, monazite, rutile etc, as well as other mixture materials which have sufficient specific gravity differences and proper particle size composition.
Working Principle
The beneficiation process of shaking table is finished on the tilting deck with grooves. The minerals, feeding from the ore feeding port, are separated according to the different specific gravity and particle sizes under the comprehensive action of the mineralsâ?? specific gravity, the impulsive force of the horizontal water flow which is fed from the water feeding port, as well as the inertia force and frictional force generated by the asymmetric reciprocating movement of the deck. As a result, the mineral particles with different specific gravity and particle size move down along their own direction and form a fan shape gradually, and then finally are discharged as concentrates, middlings, and tailing.
Deck groove of shaking table
According to different separation particle sizes, there are different deck-grooves for option: 46-groove, 60-groove, single wave 60-groove, double-wave 60-groove, 80-groove, 88-groove, 100-groove, 110-groove, 120-groove, comprehensive 120-groove (3 types of groove), 136-groove. For their own separation particle sizes,
Models
There are mainly 4 models available: LS4500, LY3000, LY2100, and LY1100.
LS4500 is the most commonly applied one for normal production. LY2100 is usually for small capacity. LY1100 is usually for laboratory.
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ApplicationThe Laboratory Shaking Tables has the merit: the high-grade ore scaled, the classification efficiency high, safeguards easily, and advantageous for the adjustment stroke. When change cross fall and stroke still might maintain the surface of bed movement balance the spring lays aside in box in vivo the structure is compact, also it could obtain the final ore concentrate and the final debris onetime.
Advantage
Smooth tables surface, wearable and no deformation with FRP material
Slime,Fine sand,Coarse ore Deck three version optional
Feeding with the left and right selection,easy installation on site
Stroke and frequency adjustable,easy operation
Model Unit LY-2100 1050 LY-1100 500
Deck Area mm 2100 1050 850 1100 500 430
Stroke per minute mm 12-28 9-17
Stroke Per Minute times/min 250-450 280-460
Imclination (0) 0-8 0-10
Feed size Granulated sugar surface of bed (mm) -2 -2
Ore slime surface of bed
(mm) -0.074 -0.074
Feed Density % 10-30% 10-30%
Capacity t/h 0.3-0.8 0.05-0.2
Water consumption t/h 0.2-1 0.1-0.5
Power KW 1.1 0.55
Overall Dimensions mm 3040 1050 1020 1530 500 800
Weight Kg 450 150
DescriptionsDouble deck shaking table is widely used for tungsten, tin, tantalum and niobium, gold, iron, manganese and other metals, ferrous metals, nonferrous metals, precious metals and other minerals and coal sorting.
Traditional shaker covers an area of large, relatively low processing capacity,cost increases, double-shaker covers an area of inconvenience to deal with a large amount of equipment, low cost, Shaker is available in the double-sweep the election, featuring various operations, sorting coarse sand (2-0.5 mm), fine sand (0.5-0.74), sludge (0.074) different grain level, The same bed with hyperbolic rocker mechanism, the spring box in the shaker box, the crankshaft, rod, springs, rocker and so increase the size, material unchanged. The lower bed sharing a set of lower bed slope adjustment device used in shake liner support.
Technical Specifications
Model Unit DL4500/1850 DL3000/1320
Bed Size mm 4500/1850/1560 3000/1320/1100
Stroke mm 6-8 6-8
Frequency of stroke /min 240-380 210-320
Slope o 0-10 0-10
Feed size mm 0.02-2 0.02-2
Feed density % 10-30 10-30
Water t/h 0.8-1.4 0.6-1.2
Power kw 1.5 1.5
Capacity t/h 2.5-3.5 (coarse sand) 2.5-3 (coarse sand)
t/h 1.6-2.5 (find sand) 0.8-2.5 (find sand)
Overall dimensions mm 5600/1850/1560 4100/1320/1560
Weight kg 1650 1550
The YC-4 shaking table is a special equipment for recovering the scrap metals such as aluminum, copper, the Au, Cu, Ag from various of slags, PCB, waster wire and cable, and so on. The drive way of this shaking table is: motor and reducer box. The slope of deck can be adjusted horizontally, Equipped with speed adjustable motor. Its working principle and structure are almost the same as that of the 6-s series shaking table.
Technical specification
Name
Unit
Parameter
Model
YC-4
Cross section shape of deck
Rectangular
Deck size (L*W)
mm
4000*1500
Stroke length
mm
150
Frequency
rpm
60-120
Max feeding size
mm
32mm
Shaking table, as one of the gravity mining machines, applicable to nonferrous metals, ferrous metals and rare metals mineral, like gold, tungsten, tin, tantalum, iron, manganese, chrome, titanium, bismuth and lead, which the size ranges from 2-0.037mm, also recovery of Au, Cu, Ag from various of slags, PCB, waste wire and cable, battery scrap, to improve recovery ratio and protect environment.
Recovery material size ranges are: coarse sand (0.5 mm to 2 mm), fine sand (0.074 mm to 0.5 mm) and slime (-0.074 mm). Effective mineral recovery size range is 0.22 mm to 2 mm.
Introduction: Shaking table is applied in ore dressing of non-ferrous metals, ferrous metals, rare metals, such as tungsten, tin, iron, manganese, chrome, titanium, gold, niobium and bismuth, as well as different process of roughing, cleaning, and scavenging.
Floating shaker table in pioneers used primarily for sorting coarse grain size of the tungsten-containing rock and placer tin or nonferrous metal sulfide ores containing sulphides of tin concentrates or coarse scheelite - wolframite - cassiterite mixed concentrate ore particle size is usually in the range of 0.2 ~ 3mm, individual cases can reach 6mm.
These sands crude density difference or need to concentrate minerals with similar specific gravity, then the normal gravity separation method can not achieve effective separation; flotation separation by single flotation concentration, because the particle size is too large, and unable to obtain satisfactory technical indicators by only froth flotation. At this time, we introduce our TF-4500*1850 floating shaking table in pion eers with complete wooden riffle deck which can be coated with rubber.
Multideck Lift Type Shaking Table by Pioneers which is also called table concentrator, it's effective in processing precious and base metal, rare metal and non-metallic minerals, widely used in separation for Gold, Silver, Tin, Columbium, Tantalum, Titanium, Barium, Tungsten, Iron, Chrome, Manganese, Zircon, Lead, Zinc, Mercury, Copper, Aluminum, etc. The range of effective separating particle size of shaking table is 2 to 0.022 mm with large single unit capacity as multi units (3 or 4 sets) 6S shaking tables production.
A transmission box is arranged on a transmission box supporting seat at the end of a stand, a lower-layer supporting and holding frame of a Pioneers double-layer table support is arranged on a saddle-shaped seat of a slope adjusting mechanism, an upper-layer table surface and a lower-layer table surface are respectively arranged on an upper-layer supporting and holding frame and the lower-layer supporting and holding frame of the Pioneers multi-layer table support through a shaking supporting mechanism, the end surfaces of the upper-layer table surface and the lower-layer table surface are connected through a table surface interlocking plate, and both ends of a connection screw are respectively in a hard connection with a transmission box linkage seat and the table surface interlocking plate. The invention has the advantages that the occupied area for installation is reduced half, the mineral treatment capacity of the single device is Pioneers doubled, the operating range of the site workers is greatly reduced; the basic engineering quantity of the device is reduced half, the consumption of construction materials for water supply and ore feeding and discharging flow pipelines is greatly reduced, the plant construction area of the concentrating mill is reduced half, and the energy efficiency is high, and is especially suitable for the Northeast area with special demands to the production environment.
Structure of China gold mining wilfley shaking table for sale
shaking table consists of transmission, electronic motor or by diesel, slope adjuster, bed, ore groove, water groove and lubricating system
1. Transmission
The transmission is of rugged construction and requires minimum maintenance. Its internal mechanism is splash lubricated from an integral oil pump.
2. Decks
The decks are built of 16 mm zircon-reinforced fiberglass with fabricated steel frames at the bottom and are easy to clean, not have common maintenance. The fiberglass decks have characteristic of water-resistance and corrosion-resistance.
3. Feed box and water box
A wooden feeding box with hooper and long water box are attached to the iron of deck, to make feeding evenly.
Double-layer concentration table by Pioneers factory. A transmission box is arranged on a transmission box supporting seat at the end of a stand, a lower-layer supporting and holding frame of a Pioneers double-layer table support is arranged on a saddle-shaped seat of a slope adjusting mechanism, an upper-layer table surface and a lower-layer table surface are respectively arranged on an upper-layer supporting and holding frame and the lower-layer supporting and holding frame of the Pioneers double-layer table support through a shaking supporting mechanism, the end surfaces of the upper-layer table surface and the lower-layer table surface are connected through a table surface interlocking plate, and both ends of a connection screw are respectively in a hard connection with a transmission box linkage seat and the table surface interlocking plate. The invention has the advantages that the occupied area for installation is reduced half, the mineral treatment capacity of the single device is Pioneers doubled, the operating range of the site workers is greatly reduced; the basic engineering quantity of the device is reduced half, the consumption of construction materials for water supply and ore feeding and discharging flow pipelines is greatly reduced, the factory construction area of the concentrating mill is reduced half, and the energy efficiency is high, and is especially suitable for the Northeast area with special demands to the production environment.
Double re-election shaker from Pioneers Manufacturing, including gearbox, articulating deck, bed strips, slope adjustment mechanism, motors, mine shafts, to sink, wherein: the transmission case in the frame ends of the gearbox support base (on 1?, lower bunk bed frame supporting the holding frame in the saddle adjusting mechanism slope, (? shaker shaker upper and lower surfaces C3) were placed by shaking the support mechanism of the upper bunk bed frame supporting the holding frame and the lower support clamp holder, shaking the upper surface and the lower surface shaker C3) of the end face interlocking plate is connected with the bed, connecting screw (? both ends and bed interlocking plate hard drive is connected to the linkage box seat.
Shaking tables are designed to wet gravity-based separation of minerals and other granular materials. There are many applications where the concentrating table is of particular value and cannot be equaled for economical and efficient performance.
Application
Shaking tables are used to treat a great variety of materials, ranging from heavy material, ranging from heavy sulphides (specific gravity 7.5) to coal (specific gravity 1.3), at some cases below 50um.
Application of shaking table
Concentrating Tables are designed to wet gravity-based separation of minerals and other granular materials.
There are many applications where the concentrating table is of particular value and cannot be equaled for economical and efficient performance. They are effective in processing precious and base metal, rare metal and non-metallic minerals.
Construction
Head Motion: The head motion is of rugged construction and requires minimum maintenance. Its internal mechanism is splash lubricated from an integral oil sump.
Decks: The decks are built of 16 mm zircon-reinforced fiberglass with fabricated steel frames at the bottom and are easy to clean, requiring little maintenance. The specific gravity of fiberglass made into decks is one third of that of steel, while its strength reaches as high as 70% that of steel. This fiberglass desks also has the characteristic of water-resistance and corrosion-resistance and can hold the shape unchangeable at f+50f¦.
Feed and Water Box: A wooden feed distributing box with hopper and a long water box are attached to the iron of the deck, giving a very even distribution of feed and water.
Base: A choice of ordinary type, groove steel support or big channel steel support is available.
Technical Specification
The Gandong Shaking Tables have three distinct deck designs available.
The course ore deck is designed for recovering particles sized from 0.5 mm to 2 mm; the fine sand deck is designed for recovering fine particles in the range of 0.074 mm to 0.5 mm; the slime deck is designed for recovering super extremely fine particles in the range of 0.05 mm to 0.074 mm.
