design of small gold crushing plant crusher unit

laboratory sample pulverizers

laboratory sample pulverizers

The use of a laboratory pulverizer is a must before sending any soil or test sample for XRF, titration, ICP or other assay method; you need to pulverize or fine grind a dry representative portion of the rock sample using what is commonly called in the laboratory language of sample preparation a laboratory pulverizer. Any of these term are part of the jargon to describe the pulverizing machine used to bring the particle size of your test sample down to low microns. Finer is better, and under 270 mesh (53 um) is generally fine enough. The basic parts of this vibratory type sample pulverising machine are: steel grinding bowl, ring and puck. The ring and puck rotates inside the approximately 8 diameter cage at a speed around 400 RPM or fast enough to crush and pulverize rocks of up to down to 400 mesh.

These ring grinders also come in single or multiple stations or bowls. The most common being 1 bowl but as production or sample contamination reduction might require I saw as much a 7 bowls on one machine. The size/capacity of the bowl and its ring & puck also varies depending on how much you want to grind and pulveriser at the same time.

The D. F. C. Laboratory Pulverizer is an excellent unit for reducing primary laboratory crusher or roll products to a fineness up to 120 mesh in preparation for treatment tests. This pulverizer is ideal for ore dressing, assay, chemical and industrial laboratories.

The capacities of this unit will vary with different materials and conditions, but a medium quartz ore can be reduced from mesh to 100 mesh at the rate of 1.4 pounds per minute. The degree of fineness of product obtained can be easily adjusted by turning a handwheel at the rear of the machine. A lock nut holds adjustments made, thus assuring a uniform product size. Easy and thorough cleaning is permitted by a hinged cover which drops back, exposing the grinding chamber which is lined with baked enamel for additional certainty in cleaning to prevent salting of samples.

Design of the D. F. C. Laboratory Pulverizer combines simplicity with the proven advantages of planetary motion which eliminates all possibility of grooving the rotating discs. This unit is driven directly without the use of a gear train. All bearings and gears run in a bath of oil.

Drive may be by tight and loose pulleys for flat belt or a motor may be mounted on the pulverizer frame and equipped with an enclosed V-belt drive. Correct belt tension is secured by raising or lowering the motor base with an adjusting bolt and nut.

The McCool Laboratory Pulverizer is an economical, simple, durable, and amazingly rapid and efficient disc type grinder. It is designed for grinding virtually any material and will produce a fine mesh sample in one operation. This unitis particularly adapted for use by assay offices and metallurgical, chemical, and industrial laboratories.

This pulverizer is the only self-contained laboratory grinder which has both a vertical and a horizontal planetary movement. Thus the rotating disc always has the proper angular curvature with relation to the stationary disc. This feature is particularly desirable due to the greatly lengthened life of wearing parts and the unusual uniformity of the final product.

The revolving disc is attached by a ball-and-socket joint with spring tension. This enables the disc to automatically align itself with the stationary disc. The constant contact of the two discs tends to perfect the crushing efficiency as evidenced by uniformity of product and high capacity of this pulverizing unit.

The main shaft is hollow. Located eccentrically within it is the disc driving shaft which, through the range of gearing, has a much greater speed than the pulley speed. The resultant high speed of the rotary disc accounts in a large measure for the exceptional capacity and fineness of product of the McCool Laboratory Pulverizer.

A self-locking device holds the hinged grinding chamber in place and affords easy and quick access to the chamber for removing ground samples and cleaning. The adjustment of the grinding discs to each other is automatic and positive and various settings can be made while the machine is in operation.

The McCool Laboratory Pulverizer is available incorporated into a crusher-pulverizer unit on a common base with a single driving motor, as shown at left. The crusher unit is the 2 x 3 (Type I) Forced Feed Laboratory Jaw Crusher, which is of the high capacity type with a one-piece cast alloy iron frame and reversible manganese steel jaw and cheek plates. This crusher-pulverizer unit is a compact, efficient, portable combination, ideal for use in any laboratory.

The McCool Laboratory Pulverizer (Gearless Type), as illustrated at left, has been designed to give 1/3 more capacity with 1/3 less horsepower consumption than the previous models. It is an ideal unit for grinding virtually any material and for pulverizing to any mesh in one easy operation.

Although using the time proved gyratory motion of the original McCool, this unit has been designed to eliminate all gears and oil leakage. By the elimination of all unnecessary parts it is made quiet, smooth running, and practically vibrationless and for this reason requires only 1/3 the H.P. of the previous models. It is a self-contained unit with a micrometer adjustment near the grinding chamber lock and handy to the operator for changing the size of the product. The motor, the shaft assembly and the housing move together as a sealed unit in dovetail slides toward the grinding chamber to compensate for disc wear. With this method the shaft is not drawn in or out of its bearings and exposure to dust and wear is avoided. The 9 diameter discs rotate at 800 R.P.M. and at the same time travel around their own axis at 200 R.P.M. inside an eccentric outer sleeve.

hammer mill crusher & grinder

hammer mill crusher & grinder

The hammer mill is the best known and by far the most widely used crushing device employing the impact principle of breaking and grinding stone. Thus far we have described machines which do a portion of their work by impact, but the only machine described in which this action plays an important role was the sledging roll type and particularly the Edison roll crusher and in these machines impact is supplemented to a substantial degree by a positive and powerful sledging action by teeth which are rigidly attached to massive rolls.

The hammermill, fundamentally, is a simple mechanism. The orthodox machine comprises a box-like frame, or housing, a centrally disposed, horizontal-shaft rotating element (rotor) on which the hammers are mounted, and usually a set of circumferentially arranged grates in the lower part of the housing. The rotor consists of a shaft carried in bearings at either side of the housing, and the hammer centre of multi-flange drum or spool shape. The flanges of this drum-like assembly are drilled near their outer edges for hinge pins to which the inner ends of the hammers or hammer arms are attached. The hammers themselves are made in a variety of styles and shapes. Sometimes the hammer arm and head are cast, or forged, integrally; in other designs as in the impactorthe arms and hammer head are separate pieces.

The grates usually consist of a transversely arranged series of tapered, wear-resisting steel bars, which form a cage of circular cross section across the lower part of the housing just below the hammer path. The spacing of these steel bars varies quite widely, depending upon the size of product and upon the characteristics of the material to be crushed. The spacing may be anything from % in. or slightly less, up to several inches, and in some machines may be dispensed with entirely for coarse products and closed-circuit operation.

Hammermills may be connected directly to the driving motor, or driven by a flat belt or V-belts. The two latter methods have one material advantage over the direct drive; they permit speed adjustments to achieve optimum performance for each particular set of conditions.

In the impact-hammer-mill, a cross-sectional view of which is shown here on the left,the process is, in one important respect, a reversal of that just described. The material enters the machine on the up-running side of the rotor, where it is struck by the hammers as they start their sweep across the upper part of the housing. The top of the crushing chamber is lined with a series of breaker plates whose impact faces are involute with respect to the hammer circle, so that material hurled by the hammers impinges squarely against these surfaces regardless of the striking point. The action in this impact zone is a succession of violent blows, first from hammer-to-material and then from material-to-breaker plate, and so on through the several stages of the involute series. As contrasted to the type previously described, most of the work in this crusher is done in the breaker-plate zone; the grates function chiefly as a scalping grizzly, and the clearance between hammers and grates is relatively large. A certain amount of impact breaking does take place between hammers and grates, but this is secondary to the work done against the involute plates. On friable material this machine will deliver a medium fine (0.25 to 3/8) product with some, or even all, of the grates removed.

The capacity of any given size and type of hammermill depends upon several factors. The character of the material influences the performance of this machine to a greater degree than it does that of any of the crushers previously discussed. It is only natural that this should be the case; all of the energy consumed in the crushing chamber is delivered by free-swinging hammers, and it is to be expected that there would be a considerable difference in the effect of these impact blows upon materials of varying physical structure. Higher speeds will of course produce better shattering effect to take care of hard rock, but there are definite limits, both from mechanical and operational standpoints, to the speed of any particular mill.

Speed, or velocity, while it is the very life of the hammermill, may also function to limit the amount of feed that the mill will take. Thus, in any given machine, the number of rows of hammers used will affect capacity. Or, to state it a little more clearly, for any combination of speed, feed size, and number of rows of hammers there is a definite limit to the amount of material that the mill will receive.

This is understandable when it is considered, for example, that in a machine running 1500 RPM, with four rows of hammers, the receiving opening is swept by a row of hammers 100 times each second, and there is obviously a limit to the amount of material that can enter the space between two successive hammer rows in this short period of time.

We find that for some combinations of feed size and product size, more production can be obtained with only two rows of hammers, rather than three, or more. Radial velocity of the material entering the mill will naturally have a direct bearing upon the amount that will drop in between the rows of hammers. Thus, in a well designed mill the feed spout is always so arranged that the material falls, rather than flows, into the crushing zone.

It is hardly necessary to state that the size of product directly affects the capacity of a hammermill, just as it does any type of crusher. The finer the product the more work the machine must do; furthermore, the grate bars, when any are used, must be spaced closer, which means that the open area of the grate section is reduced.

When the grate bars are spaced widely, or dispensed with, and the sizing is done over a closed-circuited screen, product size has the same direct influence upon capacity because, the finer the screen openings, the more return load and, hence, the less original feed that can be handled by the mill.

Size of feed affects capacity, but not always in the inverse proportion which might, at first thought appear to be logical. For example, suppose we were operating a medium-size hammermill on limestone, turning out a 10-mesh product. We know that this machine will handle more tonnage if we feed it with, say, 3 maximum size rock, as compared with a feed of 10 or 12 maximum size; which accords with the logical expectation. However, if we further reduce the feed size to, say 12 maximum, we find that our will increase very little if at all; in fact it may actually decrease. This apparent anomaly is explained by the fact that the effect of impact upon a free body of material varies directly with the mass of the body; consequently the energy absorption, and hence the shattering effect, is much greater on the 3 piece than it is on the 1/2 particle.

Because all these variables that we have noted have an influence upon the capacity of the hammermill, it is impossible to present a comprehensive tabulation of capacity ratings which can be relied upon for any and all materials. We can however do so for any one material, as we did for the Fairmount crusher. It is convenient and logical that this should be a medium limestone in this case also, because hammermills are applied extensively to crushing, and pulverizing, that kind of rock.

Above is theapproximate capacity ratings of the various sizes of hammermill (impact crushers), on medium limestone, and for various grate bar spacings. Unless the prospective hammermill user has operational data on which to predicate his selection of a new machine for some specific service, the safest procedure is to have his material tested, either in the field or in the laboratory, in a mill of the type he proposes to install.

The shattering effect of the blows delivered by hammers travelling at velocities as high as 200 Feet/Second is conducive to both of these results. It is natural to expect that gradation of the hammermill product would vary somewhat for materials of differing friability, and results verify this expectation. Furthermore, speed has a definite influence upon product gradation; high speeds increase fines, and vice versa. The effect of impact at extremely high speed is, on friable material, almost explosive, the action being more aptly designated as pulverizing, rather than crushing. Lower impact velocities have a more moderate breaking effect, and if the material is able to clear the crushing chamber before it is struck too many times, the low speed hammermill will turn out a fairly uniformly graded product on material of average friability.

The design of the crushing chamber will also affect product gradation. In general, those machines which perform most of their work by straight impact action will turn out a more uniformly graded product than mills which depend upon interaction between hammers and grates for most of their reduction. This is only natural in view of the fact that attritional grinding is minimized in the former type of mill.

What is intended to take place inside a hammermill is the uniform, efficient reduction of the material introduced into the grinding chamber. This particle reduction occurs as a result of the impact between a rapidly moving hammer and a relatively slow moving particle. If sufficient energy is transferred during the collision, the particle breaks and is accelerated towards the screen. Depending on the particle size and the angle of approach, it either passes through the screen or rebounds from the screen into the rapidly moving hammers again. As materials move through the grinding chamber they tend to approach hammer tip speed. Since reduction only occurs when a significant energy is transferred from the hammer to the particle (large difference in velocities), less grinding takes place when the particles approach hammer tip speed. Many manufacturers incorporate devices within their mills to interrupt this product flow, allowing impact and reduction to continue. Tear circle hammermills have a more positive, natural redirection of product at the inlet than full circle design machines. While the basic operational concepts are the same for all hammermills, the actual unit operating conditions change rather dramatically depending on the materials being processed. Grains such as corn, wheat, sorghum and various soft stocks, like soybean meal, tend to be friable and easy to grind. Fibrous, oily, or high moisture products, like screenings, animal proteins, and grains like oats and barley, on the other hand, are very tough and require much more energy to reduce.Consequently, the hammermill setup that works well for one will not necessarily work for the other. The following discussion covers such factors as tip speeds, hammer patters and position, horsepower ratios (to hammer and screen area), and air assist systems. Little space is devoted to screen sizes (perforation or hole size) since processing variables would make any hard and fast statements nearly impossible.

The Jeffrey Swing is a relatively small Hammermill Pulverizer and is made in several types and a large number of sizes for handling large or small capacities and light, medium, or heavy work. Some of the materials being successfully reduced by this pulverizer are coal, coke, copper ore, barytes, gypsum, kaolin, magnesite, chalk, clay, cement rock, dolomite rock, phosphate rock, and limestone.

This machine operates on the principle of reducing the material by striking it while in suspension, as opposed to attrition. The material is fed into the top of the machine and falls into the path of the rapidly revolving hammers. Different degrees of reduction may be had by simply varying the speed of the machine.

This unit is of extra heavy construction and consequently is well adapted for severe duty. The hinged breaker plate is adjustable while operating and is fitted with a heavy renewable liner. Shafting is high carbon forged steel and is fitted with discs which are of heavy plate and cast steel, carefully balanced. Screen bars may be high carbon steel, tool steel, or manganese steel as desired. Jeffrey Swing Hammer Pulverizers have heavy cast iron frames and are lined with renewable chilled iron liners. Hammers are made of materials best suited for the particular job. Highest grade radial ball bearings are used and they are readily accessible for inspection and oiling. This keeps power consumption to a minimum and maintenance and repair part costs are extremely low, even for most types of heavy duty.

A metal catcher attachment is available for use on all sizes of pulverizers where tramp iron may be encountered. It may be specified when unit is ordered or obtained later and installed when need arises.Let us make recommendations for your pulverizer installation. Information required is type of material to be handled, tonnagesize of feed, and desired size of product. Belt or motor drive maybe used as required.

portable gold wash trommel screen with wet sluice box 2020 top brand portable mobile cone crusher plant

portable gold wash trommel screen with wet sluice box 2020 top brand portable mobile cone crusher plant

Dewo machinery can provides complete set of crushing and screening line, including Hydraulic Cone Crusher, Jaw Crusher, Impact Crusher, Vertical Shaft Impact Crusher (Sand Making Machine), fixed and movable rock crushing line, but also provides turnkey project for cement production line, ore beneficiation production line and drying production line. Dewo Machinery can provide high quality products, as well as customized optimized technical proposal and one station after- sales service.

JXSC Small and Portable gold wash plant with trommel is a more flexible and cheaper gold washing solution, it can fully Customizable & moveable. This small machine can equip with the sluice box, gold centrifugal concentrator, shaker table, gold trommel, and other washer like sand washing machine.

The water distribution box also has a connection for a wash out hose. The included sluice box measures in at 60 inches long by 12 inch wide and is more than adequate at keeping up with the feed rate associated with this Trommel unit. Standard riffle design is a "70/30" mix of 3# Gratex [large expanded] and Hungarian style riffles

Portable Gold Wash Plant JXSC Small and Portable gold wash plant with trommel, fully Customizable & moveable. Equip with the sluice box, gold centrifugal concentrator, shaker table, gold trommel, sand washing machine, vibrating feeders, vibrating screen, pumps, and the like portable mining equipment according to different conditions.

Portable Gold Mining Machine, Portable Gold Sluice, Portable Trommel for Sale manufacturer / supplier in China, offering Portable Gold Trommel Mining Equipment with Sluice Box for Sale, Alluvial Gold Washing Plant Mining Machine with Double Layers Trommel Screen, Mobile Gold Mining Trommel Washing Plant Processing Equipment and so on.

China Good Feedback Portable Gold Trommel with Gold Sluice Box Wash Plant, Find details about China Ore Trommel Drum Screen, Trommel Plans from Good Feedback Portable Gold Trommel with Gold Sluice Box Wash Plant - Fushun Ejet Magnetic Equipment Co., Ltd.

Trommels are installed on a small angle to the horizontal or use a series of internal baffles to transport material along with the cylinder. When the feeding material enters the roller trommel, due to the tilt and rotation of the trommel, the material on the screen surface is turned and rolled, so that the qualified material (under-screen product) is discharged through the outlet at the bottom ...

Mobile gold washing plant, is composed by hopper, trommel, chassis, tires, turntable, generator, water pump, gearing, control panel and gold sluice box. The mobile trommel screen is an optimized removable platform for gold recovery, applicable to small or medium scale of placer gold ore processing that need mobile operation.

jaw crushers | mclanahan

jaw crushers | mclanahan

Jaw Crushers are used to reduce the sizeof many different types of materials in many applications. The Jaw Crusher was first introduced by Eli Whitney Blake in 1858 as a double-toggle Jaw Crusher. Introduced in 1906, McLanahans Universal Jaw Crusher was one of the first modern era overhead eccentric Jaw Crushers. On the overhead eccentric style Jaw Crusher, the moving swing jaw is suspended on the eccentric shaft with heavy-duty double roll spherical roller bearings.

The swing jaw undergoes two types of motion: one is a swing motion toward the opposite chamber side (called a stationary jaw die due to theaction of a toggle plate), and the second is a vertical movement due to the rotation of the eccentric. These combined motions compress and push the material through the crushing chamber at a predetermined size.

More than 110 years of engineering and customer service experience keep customers running to McLanahan tomeet their production goals. McLanahan Jaw Crushers are proudly made in the USA and have imperial designs. With our grass roots design coupled with listening to customer needs for product enhancement over the years, McLanahan offers traditional hydraulic-shim adjustment Jaw Crushers as well asH-Series Jaw Crushers that featurehydraulic discharge setting adjustment, adjust-on-the-fly chamber clearing in the event the site loses power (once power is restored) and hydraulic relief for overload events with auto-reset.

Whether the traditional hydraulic-shim adjustment or the H-Series Jaw Crushers, both machines have an aggressive nip angle that providesconsistent crushing throughout the entire crushing chamber, which leads to increased production and less downtime on maintenance.

A Jaw Crusher uses compressive force for breaking material. This mechanical pressure is achieved by the crusher'stwo jaws dies, one of which is stationary and the other is movable. These two vertical manganese jaw dies create a V-shaped cavity called the crushing chamber, where the top of the crushing chamber is larger than the bottom. Jaw Crushers are sized by the top opening of the crushing chamber. For example, a 32 x 54 Jaw Crusher measures 32" from jaw die to jaw dieat the top opening or gape opening and54 across the width of the two jaw dies.

The narrower bottom opening of the crushing chamber is used to size the discharge material. A toggle plate and tension rods hold the pitman tight near the bottom of the moving swing jaw. The toggle plate is designed to perform like a fuse and protect the crusher in the event that an uncrushable materialenters the crushing chamber. As a rule, Jaw Crushers have a 6:1 or 8:1 ratio for crushing material. Still using the 32 x 54 Jaw Crusher example, the top size of thefeed entering the crushing chamber has to follow the F80 rule that 80% of the top size feed material is smaller than the gape opening. Using the F80 rule with the 32 x 54 Jaw Crusher, the32 gape opening equals a26 top sized feed, and with the 6:1 ratio of reduction, the discharge setting would be around 4.

Since the crushing of the material is not performed in one stroke of the eccentric shaft, massive weighted flywheels are attached to the eccentric shaft andpowered by a motor. The flywheels transfer the inertia required to crush thematerial until it passes the discharge opening.

While Jaw Crushers are mostly used as the first stage of material reduction in systems that may use several crushers to complete the circuit, the Jaw Crusher has also been used as a second-stage crushing unit. Depending on the application requirements, Jaw Crushers can be used in stationary, wheeled portable and track-mounted locations. The Jaw Crusher is well suited for a variety of applications, including rock quarries, sand and gravel, mining, construction and demolitionrecycling, construction aggregates, road and railway construction, metallurgy, water conservancy and chemical industry.

F100 is the maximum gape opening on a Jaw Crusher. F80 is the feed size to the Jaw Crusher, calculated by taking 80 times the gape opening divided by 100. P80 is the percent passing the closed side setting in tph.

A best practice, if possible, is to blend the material arriving from the source. This will ensure a constant and well-graded feed to the crushing chamber. In turn, this will produce a steady rate of tph andpromote inter-particle crushing that helps break any flat or elongated material. It also aids in equal work hardening the manganese jaw dies and prolonging the life of the jaw dies.

Usually a Jaw Crusher is in an open circuit, but it can be used in a close circuit if the return load is not greater than 20% of the total feed and the raw feed is free of fines smaller than the closed side setting.

Efficiency can be defined by the ratio of the work done by a machine to the energy supplied to it. To apply what this means to your crusher, in your reduction process you are producing exactly the sizes your market is demanding. In the past, quarries produced a range of single-size aggregate products up to 40 mm in size. However, the trend for highly specified aggregate has meant that products have become increasingly finer. Currently, many quarries do not produce significant quantities of aggregate coarser than 20 mm; it is not unusual for material coarser than 10 mm to be stockpiled for further crushing.

mobile gold washing and mining machine trommel screen plant - henan factory supply best price portable jaw stone crushers plant

mobile gold washing and mining machine trommel screen plant - henan factory supply best price portable jaw stone crushers plant

Dewo machinery can provides complete set of crushing and screening line, including Hydraulic Cone Crusher, Jaw Crusher, Impact Crusher, Vertical Shaft Impact Crusher (Sand Making Machine), fixed and movable rock crushing line, but also provides turnkey project for cement production line, ore beneficiation production line and drying production line. Dewo Machinery can provide high quality products, as well as customized optimized technical proposal and one station after- sales service.

Factory Price Portable Gold Trommel Screen Diamond Washing Processing Plant , Find Complete Details about Factory Price Portable Gold Trommel Screen Diamond Washing Processing Plant,Diamond Washing Processing Plant,Diamond Processing Plant,Gold Trommel Screen from Mineral Separator Supplier or Manufacturer-Jiangxi Province County Mining Machinery Factory

Gold Trommel Screen, Gold Washing Plant, Stone Trommel Screen manufacturer / supplier in China, offering Mobile Gold Washing Plant and Gold Trommel Screen Gold Washing Machine, 100 T/H Stone Crushing Plant Fine Stone Crusher Sand Making Machines, Energy Saving Rock Gold Mining Equipment Gold Grinding Mill Stone Grinder Rubber Lining Ball Mill Machine and so on.

Quarry Machinery Trommel Washing Plant Gold Ore Mining Rotary ... The trommel screen, also called mining rotary screen, is suitable for screening all kinds of damp, clay, and easily blocked materials, such as alluvial ore, coal, coke, white ash, sticky stone, etc.

2020 Top Brand Portable Mobile Cone Crusher Plant Home; Product. ... Double spiral screening washing machine; Solution Henan Dewo Machinery Mining & Construction ... JXSC-600 25 27.6 80 5-10 JXSC-750 25 27.6 100 10-30 See all 9 rows on mineraldressing.comImages of Gold Trommel Screen for Washing Gold Minerals Plant bing.com ...

Jan 14, 2021 Mobile Mini Gold Trommel Wash Plant Dewo machinery can provides complete set of crushing and screening line, including Hydraulic Cone Crusher, Jaw Crusher, Impact Crusher, Vertical Shaft Impact Crusher (Sand Making Machine), fixed and movable rock crushing line, but also provides turnkey project for cement production line, ore beneficiation ...

Mobile Trommel Screen 100t/H, Gold Trommel Washing Plant, Heavy Duty Mobile Trommel manufacturer / supplier in China, offering Mobile Gold Trommel Washing Plant/Heavy Duty Mobile Trommel Screen 100t/H, Gold Dredger & Gold Mining Equipment & Chain Bucket Gold Dredger, Best Selling 18 Inch Cutter Suction Sand Dredger and so on.

Small Scale Alluvial Gold Wash Plant Mini Mobile Trommel And Portable Centrifuge For Washing The Dry Creek Bad Alluvial Gold , Find Complete Details about Small Scale Alluvial Gold Wash Plant Mini Mobile Trommel And Portable Centrifuge For Washing The Dry Creek Bad Alluvial Gold,Small Scale Alluvial Gold Wash Plant,Mini Mobile Trommel And Portable Centrifuge For Washing Dry Creek

This gold wash plant design suits for sandy type alluvial ore or little clay content alluvial ore, and effectively recover >74micron gold grain/gold nuggets. Brief Introduction Of Main Gold Washing Machine. 1. Trommel screen or Rotary scrubber. 2. Vibrating Sluice Box vs Jig Machine , gold concentrator . 3. Fine Ore Enrichment. 4. Belt conveyor

Trommel screen 2017-06-14T12:56:31+08:00 Trommel Screen is one of the most important machine in the line of gold wash plant . walker mining is good at producing both stational and mobile type .also can manufacture the trommel screen according customers requirement.All parts: Screen ,drive ,stand, electric motor ,wheel are top quality.

Mobile trommel wash plant is widely used gold processing plant, diamond wash plant and other alluvial mineral processing plant. It's composed by hopper, trommel screen, chassis, tires, turntable, generator and control panel, also can be equipped with vibrating sluice and gold sluice.

The "2410-V" Portable Trommel Wash Plant is designed for commercial mining. This unit is a versatile & mobile placer processing plant that is virtually "plug and play". It is a self contained, portable unit that is well suited for small/medium scale commercial mining, exploration or batch sampling.

Mobile trommel screen is usually used at the primary separation period of placer gold mining so as to washing and screening the gold ore. The upper sizes out are always reckoned as useless materials. The bottom sizes which contain the gold are usually processed by centrifugal concentrator or gold sluice box continuously to upgrade the gold ore.

can crushers - compactors inc

can crushers - compactors inc

The PRC Series Can Crushers are complete separating and crushing units for aluminum cans. The design of this unit has the reputation for dependability and low maintenance. Rugged steel construction makes the PRC Series the one to use for long-term productivity.

Process line rejects or out-dated product and recover aluminum cans and P.E.T. containers for recycling with the5B Series Crushing System. Our CC 5B crushes aluminum cans while our CC 5B PERF processes both P.E.T. containers and aluminum cans.

Process full beverage line rejects or out dated product and recoveraluminum cans and PET Containers for recycling on an extreme scale withtheSeries MV Perf Crushing System. Our Model MV-PERF processes bothPET containers as well as aluminum cans.

With a processing capacity of up to 20,000 containers per hour, the Model HV Perf Compactor is the full beverage destruction equipment youve been waiting for. Designed to fill the need for a very high volume full beverage destruction system with the added benefit of absolutely no handling of the destroyed product by your in-plant labor.

TheHigh Volume can buyer system for aluminum cans is the cleanest and most efficient can buying system on the market today. Multiple bags of Aluminum cans are loaded into the horizontal conveyor hopper by the operator or customer.

Weproudly introduce our first in a line of third generation can crushers destined to become the product of choice the CC-10 EXT Can Flattener Blowerfor aluminum cans. The EXT is a complete separator, crusher, and blower unit capable of processing up to 3,500 pounds of cans per hour!

Perfect Solution for #10 Cans Restaurants, Cafeterias, Cruise Ships, Catering Operations, Schools and Hotels The Power Krush Manual Can Crusher is designed to crush empty #10 and 1 gallon cans. This rugged, heavy duty crusher will reduce can volume by up to 80%. The Power Krush is simple to operate and is a MONEY and space saver.

The Higher Volume Can and Glass Crushing Solution Beverage Distributors, Recycling Operations, Restaurants, Hotels and Universities This multi-purpose,higher volume crusheris useful most anywhere glass containers and beverage cans are a disposal, storage or conversion concern. It is user friendly, easy to maintain and is highly portable with optional castors available. Built for trouble free and hard use with volume reductions of up to 80%.

DETAILSFREE QUOTE CAN CRUSHER AND GLASS CRUSHER MODEL 160 The Conveyor-Fed, High Volume Can and Glass Crusher Solution Beverage Distributors, Recycling Operations, Municipalities and Breweries This conveyor-fed crusher is designed for recovery/recycling use or any operation where glass bottles and aluminum/steel cans are a disposal, storage or conversion problem. Ideal for bottlers, breweries, communities or other public/private size reduction facilities. Fast, efficient operation crushes either bottles or cans without change in machine setup. Built for hard use and trouble free operation with minimal maintenance or up-keep.

High Volume Can and Glass Crusher Ideal for Can Manufacturers, Recycling Centers, Bottlers and Breweries This crusher isuser friendly, easy to maintain and requires no change in machine setup to crush cans or glass. Built for hard use and trouble free operation with minimal maintenance or upkeep.Overload compression springs prevent jamming. 5 HP.

High Volume Can and Glass Crusher Ideal for Can Manufacturers, Recycling Centers, Bottlers and Breweries A larger and more powerful version than the Model 250 with greater throughput. This crusher isuser friendly, easy to maintain and requires no change in machine setup to crush cans or glass. Built for hard use and trouble free operation with minimal maintenance or upkeep.Overload compression springs prevent jamming. 10HP.

A High Volume Can Flattener and Blower Recycling Centers, Municipalities and Can Manufacturers The Model 500 is designed to separate aluminum from steel and bi-metal cans, crush and blow aluminum cans into trailers, rolloffs, or any type of holding container. Capacity of up to 1900 lbs per hour.

glass crushers - compactors inc

glass crushers - compactors inc

TheGB Series Glass Breakers are complete crushing systems. Rugged, unitized construction produces a machine that will withstand years of punishing use in recycling operations. The GB series requires minimal maintenance and has a reputation in the recycling industry as a crusher built to last.

TheGBS is the ideal hand-fed glass breaker for small recycling and business applications. Built tough for years of economical operation using the same time-proven design of thelarge Glass Breakers units. The GBS series requires minimal maintenance with a reputation in the recycling industry as a glass crusher built to last.

The Under the Counter Glass Bottle RecyclingSolutionBars, Restaurants, Cruise Ships, Clubs, Hotels and Casinos The GlassHopper was designed specifically for bars, restaurants, clubs, cruise ships and hotels. This empty glass bottle crusher is capable of crushing bottles up to 750ml into recycleable cullet and reducing waste volume by up to 80%.This bottle crusher is a compact, under the counterunit. Standard equipment includesanall stainless steel cabinet, top mounted bottle entry port with two sets of double baffles, sound deadening system and easy access cullet collection container.

The Perfect Solution for Low Volume Glass Bottle Recycling Bars, Restaurants and Laboratories Save time, money, labor and space with this new improved crusher. Machine is ideal for bars, restaurants, laboratories, cafeterias, municipalities and institutions. Users like the big savings and convenience in removal and handling costs. It is made for hard use, trouble free operation and dependability for years in service. Reduces volume by up to 80%.

The Higher Volume Can and Glass Crushing Solution Beverage Distributors, Recycling Operations, Restaurants, Hotels and Universities This multi-purpose,higher volume crusheris useful most anywhere glass containers and beverage cans are a disposal, storage or conversion concern. It is user friendly, easy to maintain and is highly portable with optional castors available. Built for trouble free and hard use with volume reductions of up to 80%.

DETAILSFREE QUOTE CAN CRUSHER AND GLASS CRUSHER MODEL 160 The Conveyor-Fed, High Volume Can and Glass Crusher Solution Beverage Distributors, Recycling Operations, Municipalities and Breweries This conveyor-fed crusher is designed for recovery/recycling use or any operation where glass bottles and aluminum/steel cans are a disposal, storage or conversion problem. Ideal for bottlers, breweries, communities or other public/private size reduction facilities. Fast, efficient operation crushes either bottles or cans without change in machine setup. Built for hard use and trouble free operation with minimal maintenance or up-keep.

High Volume Can and Glass Crusher Ideal for Can Manufacturers, Recycling Centers, Bottlers and Breweries This crusher isuser friendly, easy to maintain and requires no change in machine setup to crush cans or glass. Built for hard use and trouble free operation with minimal maintenance or upkeep.Overload compression springs prevent jamming. 5 HP.

High Volume Can and Glass Crusher Ideal for Can Manufacturers, Recycling Centers, Bottlers and Breweries A larger and more powerful version than the Model 250 with greater throughput. This crusher isuser friendly, easy to maintain and requires no change in machine setup to crush cans or glass. Built for hard use and trouble free operation with minimal maintenance or upkeep.Overload compression springs prevent jamming. 10HP.

The Medium to High Volume Glass Crushing Solution Beverage Distributors, Recycling Operations, Cruise Ships, Restaurants, Hotels &Universities Designed for stand alone use or in conjunction with a conveyor andcan be mounted below chutes in MRF applications. A small, compact unit that will hold up to most anything you can throw at it. Volume reductions up to 80%.

The High Volume, Conveyor FedGlass Crushing Solution Bottling Operations, Beverage Distributors, Recycling Operations and Municipalities A high volume glass crusher designed for long life and trouble free operation. This model is capable of handling full or empty bottles. Conveyor Fed design with side flanges on belt and cover rails to contain material. This feature has been proven to greatly extend the life of the belt, eliminating some costly routine maintenance found on other crushers. Volume reductions up to 80%.

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