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Our Products #2095360

Drum Scrubber

  • Type Diameter (mm)
  • Length(mm) Throughput(dry solids)
  • Power(kW) 1604
  • 1600 4000
  • 12 – 20 15
  • 2005 2000
  • 25 – 40 5000
  • 30 2406
  • 2400 6000
  • 40 – 70 45
  • 2808 2800
  • 8000 80 – 125
  • 75 3610
  • 3600 10000
  • 160 – 250 160

To cleanse off adhering impurities from the surface of broken ore ranging from 0 to 25 mm, washing is generally recommended in Drum Scrubber. MBE-CMTs rugged designs, anti-abrasion coatings of alloyed steel ensure a good life. The washing can be done by ways, co-current as well as counter current. Models are available with and without trommels.

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Intermediate Conveyor

  • temperatures 1, 000°C
Chain conveyors can be used to transport any type of bulk material safely, gently, with all-round protection and with minimum space requirements. They can transport coal, sorted domestic waste, sewage sludge, filter dust, fly ash, wood chips, cement, clinker, limestone, biomass or alternative fuel. The hot-galvanized flanged casing consists of a tail and a head section, as well as a number of modular intermediate sections. The tail and the head section contain drag and transmission roller.
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Disc Filter

A disc filter is a continuously operating rotary filter. It consists of several vertical discs clamped on a hollow central shaft. Each disc is made up of several pie-shaped sections. Disc filters operate as vacuum filters. Because a pressure differential is applied across both disc faces, the effective filter area of a disc filter is much greater than that of a drum filter requiring the same floor space.

Working principle

It consists of a stack of discs.

Water enters the filter chamber on the outside of the discs. The water then flows through the disc pack between the interlocked serrations of the discs. After flowing through the serrations the water then flows through the hollow center of the discs and out to the field

Back wash is accomplished by reversing water flow. When flow is reversed, water enters into the hollow area of the disc stack causing the stack of discs to lengthen and discs separate from one another. Water then freely flows outward pushing all dirt caught between the discs to a dump line. Additionally, water is sprayed through nozzles inside the disc stack aimed outwards causing the discs to spin and rub against each other further cleaning the discs.

The separation of the discs and the spinning action is the secret of the disc filter. This method of flushing is almost instantaneous requiring only a few seconds to fully clean the dirt off the discs. No other filtration system can equal the speed and thoroughness of the disc filter back wash

Product Features

Depth of filtration for increased filtration efficiency

Pressure differential disc compression

Captures and retains significant amount of solids

Completely corrosion resistant

Diverse filtration grades: 40 -140 mesh

High capacity up to 100 t/

Small footprint

Provides more filtration area

Modular design offers flexibility and expandability of unit.

Convenient efficient cleaning and easy to maintain

Stainless steel tank or stainless steel tank frame designs

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Double Roll Crusher

In the double roll crusher the feed is distributed by a feeder over the entire roll width. The material is drawn into the crushing gap by appropriately shaped teeth projecting from the rolls. For special applications, teeth of different heights are available at option.

The anticipated maximum feed size determines the roll diameter. The size of the desired product can be fixed by the adjustable gap width between tip and bottom of tooth.

The throughput rate is a function of roll width, gap width and peripheral speed.

Both swings systems are carried in the base frame. The crusher rolls are hollow cylinders with headwalls and bearing shafts. Webs fitted to the roll body parallel to the cylinder axis provide for additional securing of the crushing shells. The bearing journals run in self aligning roller bearings and are protected against dust by shaft sealing and labyrinth rings.

Forces generated during crushing are transmitted via the bearing housings and absorbed by the swing retaining frame direct. The gap setting can be adjusted by way of a spindle with threaded sleeve. This adjusting device is normally combined with the mechanical overload protection.

Each crusher roll is driven by a fly-wheel type pulley which serves at the same time as a V-belt pulley. The drive is installed vertically underneath the pulley. This arrangement eliminates re-tensioning of the V-belts and re-locating of the feeder with advancing wear of the crushing shells.

The practical application of roller crushers for a multitude of duties has resulted in the development of a standard machine which, on request, can be modified to a special type of equipment for given comminution tasks.

Special Characteristic features:

  • Low machine weight due to the double swing system.
  • No transmission into the foundation of the forces generated during the reduction process.
  • Counter balancing by retraction of the crusher rolls.
  • No re-location of the feeder required, not even in case of pronounced wear.
  • Easy replacement of the crushing shells and simple removal of the crusher rolls.
  • Effective protection of the bearings against dust and other contaminations.
  • Vertical arrangements of the drive which eliminates the necessity of V-belt tensioning upon changes in the gap width or in case of overload.

Application:

  • Lignite coal
  • Coal
  • Salts
  • Calcareous marl
  • Coke
  • Dolomite
  • Lime stone
  • Sintered material hot or cold
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Vibrating Screen

MBE Coal & Mineral Technology USK (Circular vibrating screen), USL(Linear vibrating screen) and VSL (High Frequency Screen) with throughputs from 15 to 800 TPHare the result of our constant research and development, based on many years of experience in the construction and manufacture of screening machines, which allows our valued clients to select at any time the best machine for operating requirements. MBE has in its product range, three types of screens to suit various needs of the client, namely, Linear Motion Screen (USL), Circular Motion Screen(USK) and High Frequency Screen (VSL). USL Vibrating Screen: This type of screens with linear vibration motion are used for dry or wet screening of coarse, medium or fine grain sizes. Since the vibration movement is linear, the screen may be positioned horizontally or with a slight inclination. USK Vibrating Screen: This type of screens with circular vibration motion are particularly suitable for dry and wet grading of coarse and medium grain sizes in the range from about 80 to 0.5 mm. VSL Vibrating Screen: This type of Vibrating Screen is used for dewatering and sizing of fines (-0.5 mm) using vibrating frequency of 1500 RPM. With the Vibration motors mounted on the top of the Screen,

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Spiral Classifier

  • Diameter  (mm) Length (mm)
  • Pitch Flare
  • 750 5500
  • Single Medium
  • 1000 5500
  • Triple Full
  • 1500 7500
  • 1800 4200
  • 1800 11500

It is a mechanical classifier which separates on the basis of settling rates of the particles (coarse & fine) in the fluid medium (water). MBE CMT Spiral Classifiers are manufactured as Simplex Submerged Type based on the proven principle of AKINS spiral classifier. Due to the larger and quieter pool, this type of Classifier is applied for finer separations (65# to 325 #) and throughput range from 30 to 275 tph depending on solid concentration.

Very Slow Speed Spiral Classifier is being used for dewatering purposes in various Iron Ore beneficiation plants.

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ENVIRONMENTAL CENTRIFUGE

MBE has in its product range, two types of environmental centrifuges, 2 Phase centrifuges & 3 Phase centrifuges.

Solid Bowl Centrifuges Co-Current design (2 Phase): The feed material is into solid bowl centrifuge with the aid of a pump. Progressive cavity pumps are commonly used for this duty, as they ensure a controlled uniform delivery of the feed. The feed rate may be ascertained with the aid of s flow meter in order to determine the throughput rate per hour or per day. The feed material is first pumped through a stationary feed pipe (1) into the feed compartment (2) which is located in the hub of the material screw conveyor (5) and within the field of centrifugal forces. The effect of these centrifugal forces causes the feed to flow through the feed compartment outlets (3) and into the bowl (4) of the solid bowl centrifuge.

The principal of co current flow starts the settling process as the feed enters at the large diameter end of the bowl. Solids and liquid are transported in the same direction. Hence, the complete bowl length is available for setting. This arrangement provides long settling distances and extended sedimentation time for the feed material to be dewatered or thickened. The settling operation proceeds uniformly, trouble free and with minimal turbulence.

The centrifugal force developed during normal operation causes the relatively heavy solid particles to settle on the bowl wall. These sedimented particles are transported inside the bowl by the screw conveyor (5) to the solids discharge point (7). Bowl and screw conveyor rotate in the same direction, but the screw conveyor speed slightly differs from that of the bowl. That differential speed is brought about by a suitable gearbox (6) by the corresponding transmission ratio of the V-belt drive, or through the utilization of s special hydraulic scroll drive system.

The separated solids are discharged through outlet openings (7) and are collected in casing (8). They are then routed through a chute to be discharged. The cent rate flows through the return channels (11) fixed to the conveyor hub in the opposite direction to that of the solids. The liquid leaves the centrifuge at the feed inlet end. This arrangement avoids interference with the sedimentation process, which normally occurs with the traditional countercurrent design.

The return channels for the cent rate discharge are sized so that the velocity of the flow substantially prevents the sedimentation of superfine solids contained in the cent rate against the interior walls of the channels. The cent rate is discharged over vertically adjustable weir plates (12) thus allowing for changes to be made to the cent rate level and consequently , altering the volume of the liquid retained inside the centrifuge. The cent rate is discharged through a chute. Visual inspection of the cent rate for the purpose of controlling the cent rate clarity is possible by taking samples at the machine outlet. Alternatively, provision can be made for automatic cent rate turbidity measurement and adjustment.

  • High Separation Efficiency: Solid Bowl Centrifuge is designed for Co-Current flow incorporating, long settling distance, high pool depth, longer dry beach and small angle. Hence, no turbulence will occur with high pool depth and long dry beach, ultimately extending the sedimentation time.
  • Low Power Consumption: These centrifuges are operated at low G force/low speed without turbulence and small beach angle. Hence, low power requirement about 08KWH.MH3 and low wear & tear without compromising efficient dewatering.
  • Optimum Cake Dryness: Cake dryness is optimized by varying the differential speed between 2-50 rpm by simply changing the pulleys.
  • Efficient Wear Protection: Conveyor flight and other wear prone parts are lined with tungsten carbide which is much more superior to standard stelite hard surfacing. The wear & tear of bowl shell is prevented by strip lining.
  • Easy Maintenance: MBE CMT Solid Bowl Centrifuge construction is simple with centralized lubrication system by which all the bearings can be lubricated while the machine is in operation.

 Type

Indicating Capacity (m3/hr)

Drive Motor

Max'G' Force

Max. Bowl Speed 
(RPM)

Normal Size

Total Weight (kg)

S0-1

1-2

7.5

2689

4400

250 x 750

850

S1-1

4-6

11

2247

3400

350 x 1050

1560

S1-11

8-12

18.5

2662

3700

350 x 1560

1900

S2-1

12-15

18.5/22

2175

2950

450 x 1350

2300

S2-11

20-25

22

1755

2650

450 x 1950

2570

S3-01

25-30

22/30

1425

2200

530 x 2270

3200


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Hydrocyclone

MBEs hydrocyclones have found a wide field of application in field of mineral processing plants and other processing plants around the world. These hydrocyclones are suited for varied application likedesliming, degritting, thickening, et al.

MBE design include hydrocyclone from160mmdiameter to500mmdiameters with volumetric feed rate ranging from40m3/hrto160 m3/hr. Depending upon application these hydrocyclones can be lined with different materials like ceramic, Ni- hard etc.Different diameter spigots are also available for these cyclones.

Depending upon the product size requirement, the underflow and overflow nozzles are selected to achieve the perfect product sizes in combination with the feed pressure to the inlet of the Cyclone.

The MBECMTI Hydrocyclones are provided with 3 different sizes of underflow nozzles alongwith he machine to the Client for them to achieve the desired results.

These hydrocyclones are being used extensively for size separation and thickening of fine coal slurry.

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PALLA MILL

The need for fine grinding and producing a uniformly sized grounded product is increasing continuously as the mineral ores are getting leaner and leaner by the day. MBEs PALLA mill has proved to be very efficient grinding equipment with applicability in more than 160 different types of materials and obtaining the required product size and distribution. PALLA is a vibratory grinding mill which produces the required grain sizes in a simple continuous grinding process without any requirement of classification. Even ultrafine grinding can be achieved with his machine.

Both dry and wet grinding

Different option of grinding cylinder connection

Both continuous and discontinuous grinding possible

Dust- tight

Grinding at cryogenic temperatures

High filling degree of grinding cylinders possible

Low footprint

Uniform product size distribution

Low specific energy consumption

Type Dia (mm) Length (mm) Throughput (kg/h) Power Dry (kw) Power Wet (kw)
VM 200 300/600 0.1 – 150 1.9 -
20U 200 1249 20 – 500 5.5 -
35U 350 2306 50 – 3000 22 -
50U 500 3400 200 – 10000 75 90
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ROPU PUMP

MBE CMTI centrifugal pumps, model ROPU, have been designed to handle mixture of solids and liquids. They are suitable for handling mechanically abrasive and chemically aggressive media.

MBE CMTI centrifugal pumps. Model ROPU, are used by numerous industries, e.g. Coal and Ore mining, Cement and Glass factories, Sand and gravel quarries, building industries, Fertilizer and salt recovery plants, Metallurgical plants, Chemical industry, Refuse incinerator plant and similar industries which handle coarse-grained, abrasive or aggressive mixtures of solid and liquids.

ROPU centrifugal pumps are single staged pumps with single axial inlet, tangential outlet and closed impeller arranged in an overhung position with back blades to relieve the stuffing box.Available in Mechanical as well as water sealing.

High impeller diameter and Low RPM for same Discharge and Head to prevent wear.

Provided with back impeller blades to relieve Gland seal.

High Efficiency.

Head upto 100 M

Discharge upto 5000 Cu.M/Hr.

The volute casing and the two liner walls are clamped and connected by thread bolts thus permitting easy replacement of wearing parts. The two liner plates are identical so that they are easily interchanged if subject to regular wear.
The internally threaded impeller is screwed onto the mating thread of the shaft.
After wear of the liner or impeller respectively, the intake side between the impeller and the side wall may be adjusted by thrust or tension bolts respectively, in the bearing cap and in the bearing insert.
The pump sis provided with high quality packing. The split gland and the detachable stuffing box housing permit ample access to the gland for easy replacement of the packing rings. To cope with the specific operating conditions, the stuffing box has been designed with optional fresh water flushing, fresh water sealing or grease sealing.
The pump may be alternatively be equipped with stuffing box packing or mechanical seal.

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Pneumatic Floatation Machine

This innovative and exceptionally efficient machine is the propriety item of MBE which caters to the flotation process required to enrich lean grade ores and coking coal thus ensuring maximum recovery of the depleting resources. The PNEUFLOT cells are characterized from other flotation machines present in the market by its self aeration technology (no need of blower) and absence of any movable parts. PNEUFLOT has considerable advantages over other new flotation machines due to its compact size, absence of any rotating wear parts, controlled and uniform bubble size, high throughput et al.

Salient features of PNEUFLOT:

Better recovery and higher yield due to optimal particle bubble contact

Higher selectivity with optimal control of air

No re- sliming due to less shear force

Control of bubble size possible

Less wear due to absence of agitator

Low energy consumption

No compressed air due to its self aerating technology

Small footprint

Optimal froth control with adjustable goose- neck design

Robust design

Column Cell Pneuflot Cell Agitator Cell  
Capital Cost High Low High
Maintenance Low Low Very high
Selectivity High High Low
Flotation Time Long Short Long
Compressed Air Yes No No
Wear Normal Low High
Footprint Small Smaller Big
Power Consumption High Low High
Reagent Consumption Lower Lower High
Flotation Stages More Few More
Turbulence No No Yes

Diameter(m) Throughput(m3/hr) Cell Volume(m3) Footprint l x w(mm)
0.8 08/12/18 0.5 1000 X 1000
1.2 15 - 30 1.5 2000 X 2000
1.8 30 - 70 3 2500 X 2500
2.5 70 - 150 6 3000 X 3000
3 150 - 300 12 4000 X 4000
4 300 - 600 25 5000 X 5000
5 600 - 1000 53 6000 X 6000
6 1000 - 1400 80 7000 X 7000
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Moveable Sieve Jig

  • ROMJIG® Jig features
  • Maximum Jig bed width 2.0 m
  • Maximum throughput 400 tph
  • Size Range (mm) 30-400
  • Specific Water Consumption 0.03m3/ton
  • Specific Energy Consumption 0.2 kWh/ton
  • of feed  

ROMJIGspecifically developed for treating ROM coal for deshaling purposes. Earlier jigs were incapable of deshaling without crushing the ROM coal to a size less than 150 mm which incurred extra costs. But with the development and introduction of the ROMJIG this limitation was done away with and ROM coal with sizes upto400 mmcould be directly Deshaled with this machine without crushing. This method also thus helps in protecting the subsequent comminution system. This machine is a movable bed screen with excellent separation efficiencies and robust design. It is highlighted by advantages such as absence of hutch water clarification, low water and energy demands and small number of ancillary equipments. Therefore, it outrivals any other method of mechanical refuse separation.

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Magnetic Separators

  • Type Capacity (dry tph)
  • Diameter (m) Power (kW)
  • DP 335Q 400
  • 3.35 260
  • DP 335 220
  • 3.35 120
  • DP 317 140
  • 3.17 85
  • DP 180 40
  • 1.8 30
  • DP 71 5
  • 0.71 21
  • P 40 0.5
  • 0.4 4.6

More than 40 years of research and development by MBE has been put into development of highly efficient superior quality machines which are used for separating magnetic materials from non- magnetic materials. These machines include JONES WHIMS and PERMOS, the former being a high intensity machine whereas the second a medium intensity machine. Continuous improvements in their technical features and the high acceptance by our worldwide clients testify the lasting success and state of the art of the JONES WHIMS and PERMOS MIMS.

Very high magnetic intensity upto 1.5T

High dry throughput achieved in a single machine upto 400 tph

Special grooved plate design which ensures maintenance of uniform gap between the plates for long operating time thus creates a uniform magnetic field magnetic field throughout.

Advanced feeding devices

Robust design

Low energy consumption

Particle size upto 2mm

Air cooled coil boxes

Low operating and maintenance costs

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Basket Centrifuge

The horizontally arranged MBE CMTI vibrating Screen Basket Centrifuge, the material to be dewatered is fed into the inlet cone through the feed pipe. While flowing through the inlet cone, the material is slowly accelerated and uniformly distributed on the circumference of the slot type Screen Basket. The rotating basket is made to perform axial vibration by a vibrator unit with unbalanced drive.

Due to the combination of Centrifugal & Vibratory components, these axial vibrations have the material transported inside the conical screen basket along the inclined basket will. This movement entails a reduced friction between the feed & basket wall.

The Centrifuge is mounted on Rubber Buffers for preventing the transmission of vibrations to the foundation. Vibration may occur as a result of fluctuating feed rates.

The horizontal design permits fitting the drive components to the outside of the machine housing. This means that all drive parts and consequently the basket inside the machine housing is easily accessible. The one piece Screen Basket and the inlet cone have been fastened to the Basket Shaft in an overhung position by means of the load bearing ring. This ensures easy assembly & dismantling. The vibrator with out of balance weight is accommodated in the bearing housing of the basket shaft. The complete drive mechanism has been suspended by the guide linkage spring. The axial vibrations are transmitted to the screen basket direct on the basket shaft and the load bearing ring without resilient element having been interposed. This results in a very simple & robust design. The vibrating mass is made up of the Screen Basket, Inlet cone, Load Bearing Ring & Basket Shaft as well as of the drive mechanism. It exceeds by further mass of material accumulating. Due to this fact and the horizontal arrangement, the centrifuge is insensitive towards the overload or fluctuating feed rates. The Screen Basket & Vibrator are each driven by a standard motor and V Belt.The MBE Basket Centrifuge is particularly suitable for continuous separation of solid/ liquid mixtures of grainy bulk materials. The standardized design of mechanical & Centrifugal components enables optimum adaption to the specific requirement. Details of this standardized design, of the dewatering process & design criterion have been given on the following pages.

Coal Fines

Fine Tailings

Coarse Slurry

Washed Coal & middling

Fine Gravel

Sand

Potash dissolving residue

Parameter Type F Type G Type H
Machine Dimension (M) 1.8 x 2.4 x 1.45 H 2.3 x 2.7 x 1.9 H 2.3 x 2.8 x 1.9 H
Weight (T) 3.4 4.8 5.3
Basket diameter (M) 1 1.15 1.3
Basket Inclination (deg.) 10/12/14 10/12/14 10/12/14
Lubrication Circulating Oil Circulating Oil Circulating Oil
Amplitude (mm) 01/05/03 01/05/03 01/05/03
Solid Recovery 97-99% 97-99% 97-99%
Dewatering 5-9% 5-9% 5-9%
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Jaw Crusher Toggle Plate

  • Features Large feed acceptance capability, high capacity, Simple structure, easy maintenance, High reduction ratio, even output granularity etc.
  • Feed size 750 – 1200 mm
Jaw crusher is mainly used for primary crushing. It is made up of frame, eccentric shaft, grooved wheel, and flywheel, moving jaw, side guard plate, and toggle plate, toggle backseat, adjusting screw, returning spring, fixed jaw plate and moving jaw plate. Toggle plate is of safety function. ixed jaw plate and moving jaw plate. Toggle plate is of safety function.In jaw crusher the material is being sandwiched between the two jaws. The jaw moves to the maximum position of the jaw plate, i.e., the movable the jaw plate leaves the fixed jaw plate to the furthest position. Then the material falls into the crushing chamber, the movable jaw plate moves gradually to the fixed jaw plate, thus material is squeezed into several small pieces. Due to gravity, the crushed material will fall, and those small enough will be discharged by the crusher. And the bigger sizes will fall to the bottom of jaw crusher chamber, and will be crushed again with newly fed raw materials.
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Apron

It is used for handling coarse ore, especially Primary Crusher feed. MBE-CMT is ruggedly constructed, consisting of a series of high carbon/manganese steel pans, bolted to strands of heavy duty chain, which run on steel sprokets.

The Apron Feeder Length is dictated by the plant substructure. The length can be enlarged according to the layout requirements.

Type Pan Width (mm) Length (mm) Power(kW)
PLB 1400 X 4500 1400 4500 11
PLB 2250 X 11100 2250 11100 110
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Dewatering Vibrating Screen

  • Feature Acceleration of upto 4.5 G., Simple and rapid assembly, Easy replacement of screen deck etc.
USL Vibrating Screen: This type of screens with linear vibration motion are used for dry or wet screening of coarse, medium or fine grain sizes. Since the vibration movement is linear, the screen may be positioned horizontally or with a slight inclination. USK Vibrating Screen: This type of screens with circular vibration motion are particularly suitable for dry and wet grading of coarse and medium grain sizes in the range from about 80 to 0.5 mm. VSL Vibrating Screen: This type of Vibrating Screen is used for dewatering and sizing of fines (-0.5 mm) using vibrating frequency of 1500 RPM. With the Vibration motors mounted on the top of the Screen.
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BATACJIG

This propriety machine of MBE caters to all kinds of coal, minerals etc. of varying coarse, medium and fine sizes. BATAC jigs are underpulsated which effects in higher separation efficiencies than BAUM jigs and higher throughput rates than BAUM alongwith lesser footprint and lesser corner effect.

Salient features of BATAC Jig include:

A centre air chamber for each compartment for stable operation and uniform stroke distribution

Permanent and adjustable air pockets guarantying fast and hassle free startup

PLC based jig controllers

Independent working discharge devices with separate hydraulic systems which ensures optimal product qualities over the entire jig bed even when feed distribution is non-uniform

Ultrasonic sensor technology for highest discharge precision

Highest throughput rates available in the market

Technologically superior pulse generators

Water Only Process

Operating cut points from 1.3 to 7.85

High Throughput Rates

Lump Ores : 75 90 tph/m jig width

Fine Ores : 68 78 tph/m jig width

Compact Design, up to 7m in width

1 or 2 cut points in one machine possible

Handle up to 20% feed and water variations

Can be stopped instantaneously and restarted immediately

Adjustments done from the control room for all Jig functions

Inter Operable with all established process automation system

No mechanical adjustments on jig drive required

BATAC® Jig features 8.0 m 6.0 m
Maximum Jig bed width 960 tph (for coarse) 500 tph (for coarse)
Maximum throughput 850 tph (for fine) 450 tph (for fine)
Size Range 150 – 10 mm (for coarse) 
10/12 – 0.5 mm (for fine)
45 – 6 mm (for coarse)
10 - 0.315mm (for fine)


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