SBM used screening plant in USA

With years of experience in screening and washing area, SBM screening & washing machines can work for our customers with high efficiency and low consumption. SBM vibrating screens and sand washing machines come in different sizes, dimensioned to work for even the largest double crushers and grinders.

In addition, used screening plant is featured by reliable function, convenient operation, high efficiency and energy saving. Our company can design the stone production line process according to different customers' requirements.

Stone crusher and screening plant supplier

As a leading global stone grinding machine manufacturer, we offer advanced, rational solutions for any size-reduction requirements, including quarry, screening, aggregate, grinding production and complete plant plan. We also supply individual crushers and mills as well as spare parts of them.

Flywheel is a mechanical device with a significant moment of inertia used as a storage device for rotational energy. Flywheels resist changes in theirrotational speed, which helps steady the rotation of the shaft when a fluctuating torque is exerted on it by its power source such as a piston-based (reciprocating) engine, or when an intermittent load, such as a piston pump, is placed on it.

We are engaged in the manufacturing of Crusher Flywheel that is the vital part of Stone Crusher Machine. Using optimum quality raw materials, we have designed Crusher Flywheel in various shapes and sizes. Moreover, we are able to offer customized designs of Crusher Flywheel as per the requirements of the clients.

Crusher Flywheel Used In

Flywheels can be used to produce very high power pulses for experiments, where drawing the power from the public network would produce unacceptable spikes.
A small motor can accelerate the flywheel between the pulses.
Recently, flywheels have become the subject of extensive research as power storage devices for uses in vehicles and power plants; see flywheel energy storage.

Why Change SBM

Our internal spare parts are guaranteed to be of precise materials&dimensions.Rely on our premium quality internal crusher spare parts if you are:
1. Concerned about minimizing crushing plant downtimes.
2. A strong believer in maximizing returns on your monthly quarry expenditures.
3. Fed up with other suppliers who are better at giving excuses than supplying quality parts.

Crusher Flywheel For These Products

Jaw Crushers
Gyratory-Gyradisc
Roll Crushers
Mobile Crushers
Cone Crushers:CS cone crusher , spring cone crusher and so on.
Horizontal Impactors
Vertical Shaft Impactors
VSI Crushers

Crusher Flywheel Manufacturers

SBM have established a whole production chain, of which main products cover stone crushing & screening equipments: Jaw Crusher, Cone Crusher, Impact Crusher, Vertical Impact Crusher, Hammer Crusher, Vibrating Feeder, Oscillating Screen, Sand Washer, Belt Conveyor;and Grinding Machinery: Raymond Mill, High-pressure Suspension Mill, Ultrafine and Roller Mill, Ball mill and so on.

We can offer all kinds of crusher spare parts, and if you are interested in any of the parts, as long as you can provide us drawings or material content requirement, we will quote the best competitive price for you as soon as possible.

The Raymond Mill is mainly applied to the powder processing of mineral products in industries of metallurgy, construction, chemistry, and mining etc. The Raymond mill can produce powder from more than 280 kinds of non-flammable and non-explosive mineral materials with Mohs hardness below 7 and humidity below 6%, such as barite, limestone, quartz, calcite, granite, porcelain clay, basalt, gypsum etc. The final size of the Raymond mill is between 613 micron and 440 micron (0.613mm—0.044mm). Through the function of separator and blower, the Raymond mill can meet different customers‘ demand.

Raymond mill technical characteristics

In the chamber of Raymond mill, since the stuff of Raymond mill may contain moisture to some extent(less than 6%), the heat generated during makes the moisture evaporated. Raymond mill further functions may involve drilling, boring or slot producing. Raymond mill can be broadly described as the process of reducing the material to finer size though Raymond mill is different from crushing and granulation.

The rollers oscillate outward to press the ring because of the centrifugal force and the shovel scoops up the materials, send to the middle between ring and roller to accomplish the grind. So if roller and ring are damaged, it will not affect the fineness of final products. Life of tear and wear parts will be long. the sets airflow system is closely sealed up and circulated under condition of negative and positive pressure.

Vertical Roller Mill is my company based on the extensive use of advanced technology at home and abroad, and combine many years of experience in a variety of mill production, design and development of advanced grinding equipment. It can be widely used in cement, electric power, metallurgy, chemical industry, non-metallic mining and other industries. Used to make the block, granular and powder materials grind into a powder material as required, is a ideal milling industry device which contain crushing, drying, grinding, grading conveyor in one machine.

Vertical Roller Mill Feature

1. stability of product quality: As the time of material stays in the grinding is short, easy to detect and control the product particle size and chemical composition, reduce duplication of milling, stable product quality.
2. Easy maintenance: Through to maintain of tanks, turn rotating arm, replacement roller sleeve, lining convenient ,reduce the downtime.
3. Environmental Protection: a small of vibration, low noise, and the whole device be airproofed, the system to work under negative pressure, no dust spill, meet national environmental protection requirements.

Vertical roller mill working principle

The motor dives the grinding table to turn through the speed reducer. At the same time, hot air comes into the roller mill from the air inlet. The materials fall down the centre of grinding table from the feeder. Because of the centrifugal force, the materials move to the edge of grinding table from the centre .The materials are crushed by the grinding roller when by pass of the groove on the grinding table. The crusher materials continue to move to the edge of the grinding table until taken away by the airstream. Then the bigger materials fall down the grinding table and the process of crushing continues. When the materials in the airstream pass the separator on the top of the mill, the materials fall down the grinding table from the taper filler under the force of guide leaf blade.

The fine powder comes out with the airstream, and is gathered by the dust catcher of the system. The powder gathered is the final product of roller mill. In the process of the contact of airstream , the materials are dried to meet the clients’ need at the proper moisture.　Through the adjustment of the angle between the separator and the leaf of wind’s direction (not suitable to the small type of vertical mill), and also the speed of the separator rotor, it can reach the proper fineness of the materials.

Ball mill is an efficient tool for grinding many materials into fine powder. The Ball Mill is used to grind many kinds of mine and other materials, or to select the mine, widely used in building material, chemical industry, etc. There are two ways of grinding: the dry process and the wet process. It can be divided into tabular type and flowing type according to different forms of discharging material.

Ball Mill in Nigeria

1. Available in Open Circuit And Close Circuit
2. Application : cement, bauxite, lime stone, Ore material or any type of minerals
3. Product Size : 200 mesh
4. Capacity : 1 – 10 ton per hour
5. Sub-drive by Heavy duty Pulley drive or Helical Gear Box drive
6. Sub-divided in to Liner Plates in Cast Steel, Mn. Steel, Cast iron or High Carbon Steel.

Features and Benefits

Ball mill is made up of feedisng part, discharging part, gyre part, transmission part, (decelerator, small transmission gear, generator, electrical control) and so on.

The hollow axis adopts the cast steel and the lining can replace, the rotating big gear processes in the way of casting rolling gear. The barrel body is wearable well and bears wearable scaleboard. This machine run steadily and works reliably.

Vibrating Feeder

The length, width and depth of bed of the vibratory feeder can be adjusted, and special bed liners can be installed if the material to be handled is abrasive. Dust-proof outlet covers can be attached to the inlet and discharge to reduce dusting caused by dusty material or a completely enclosed tube feeder can be specified. Vibratory feeders can also be manufactured from stainless steel to meet sanitary requirements in food processing.

Vibrating feeder features

1) flexible design

2) extra heavy-duty construction

3) exclusive vibrator technology

4) ease-of field-changes in grizzly opening and deck-slope

Vibrating feeder models

Vibrating feeders are a variety of controls available for the different types of vibratory feeders. Pneumatic feeder controls include a quick-acting valve, an air line filter, a pressure regulator gauge, a lubricator and a long air hose. A transformer-type device, available for electromagnetic vibratory feeders, adjusts the intensity of vibration by varying the applied voltage.

Electromechanical feeders have a wall-mounted control box with an on/off button or switch and overload protection. Special controls for remote operation include two speed, maximum-to-minimum material flow controls for batch weighing and panel board controls for multiple feeder installation. An accelerometer can be attached to the drive unit to monitor the amplitude and to apply a correction to the feeder, which tends to vibrate more quickly as the material level drops.

Vibratory feeders working principle

Vibratory feeders are utilized in the pharmaceutical, automotive, chemical and mining industries. Other industries include steel, glass, foundry, concrete, recycling, bakery, railroad unloading and plastics. Chemical plants typically use vibratory feeders to control the flow of ingredients to the mixing tanks. Foundries use them to add binders and carbons to sand reprocessing systems.

The pulp and paper industry uses vibratory feeders for chemical additive feeding in the bleaching process, while the metal working industry uses them for feeding metal parts to beat treating furnaces. Vibratory feeders also are used by water and sewage treatment plants in chemical additive handling. Other materials that are separated by vibratory feeders include powder, plastic pellets, dry chemicals, coal, metals, ore, minerals, aluminum, mining and aggregates, grains, seed, dry detergents, ceramics, textiles, rubber, fibers, wood chips, salt, sugar and many, many more.

The price has very big relations with the quality of internal parts. We must consider abot the quality before the price of cone crushers. As for the mature manufacturer company of cone crushers, the different degree of fineness product's proportion was controllable. Please select the right type of cone crusher machines combination in different price according to your own production requirement.

CS cone crusher

The price of Cone Crusher is quite benefits compared with other kinds of cone crushers. The cone crusher has been used in Construction and Mining Industry for decades and gained the acceptance. There are a lot of differences in the structure of cone crushers. Thecone crusher price depends on the quality of material, and the design as well.

In purchasing cone crushers, we must consider all the aspects of factors: Safty, output amount, quality, operational, post-sale service and so on. We will synthetically give the corresponding price according to various factors in quoting price.

As a machine manufacture entity company settling down in China, We have more reasonable price standard compared with the large-scale business industries in developed countries, we can also save the profits from the proxy for you, even more, we have less the delivery costs since we are located in Shanghai, the biggest seaside port in China.

Mobile Cone Crusher Price

Applied to multistage crush large materials, and then screen the discharges according to their different specifications.

CS Cone Crusher Price

CS Cone Crusher is widely used in mining, concrete factory, sandstone making, etc. This kind cone crusher is classical type with newest metarials.

Spring Cone Crusher Price

Spring Cone Crusher is widely applied in metallurgical, construction, road building, chemical and phosphatic industry. This type of the crushing cavity is decided by the application of the ores.

Hydraulic Pressure Cone Crusher Price

HPC series cone crusher with high-efficiency and hydraulic pressure was widely used in mining, concrete factory, sandstone making, etc. They are widely suitable for primary crushing of many kinds of mining and rock.

HCS90 Cone Crusher Price

HPC series cone crusher has single cylinder hydraulic pressure and high efficiency. It is high-tech crusher. This kind of crusher is designed by the leaders in the field, they brought in technologies from the USA.

We offer broad range of Impactor, which is of superior quality. Our team of qualified and highly skilled professional's works in close coordination to ensure the hassle free and high quality material to our respected clients in order to fulfill their demands. We offer these impactors at reasonable prices compare to our competitors.

Industrial Impactor Crusher

Impact crusher is designed for size reduction of a wide range of operation. In the Impactor crusher size reduction take place while crushing in between the breaker plates and the hammers of the continuously rotating rotor. Our proven technology Impactors are suitable for rocks and material of intermediate hardness. When shape of the fragments is important then impact type of crusher are preferred.

Impact crushing system basically breaks rocks and material across the aperture as a result of that the outcome product in an Impact crusher is cuboid in shape and the product contains fewer material with grains and rugs.

The size of reduced material is controlled by setting the exit aperture of the impact crusher. The main benefit of Impactor crusher is that it can used as a single step crusher; both as a stationary and a mobile crusher unit. Impactor has large unrestricted discharge aperture so it can regularly crush wet and viscous material that other crusher are incapable to process. It can crush high strength material like granite, blue stone, asphalt, basalt, limestone, dolomite and concrete .

Operating costs and maintenance can reduced excessively with our Impactor crushing unit. There are few close tolerances between crushing surfaces, and no cage bars to maintain. Power consumption is generally low. Kingson Impact crusher is designed to increase productivity, high efficiency, durability, high reduction ratio and reduce cost.

Our Impact crushers are most advanced size reduction crushing equipments for stone, ore, chemicals, fertilizer and refractories. The fine product is suitable for railway, road construction and other industries. Our impact crusher equipments are accurate, reliable time tested performance. We manufacture and supply portable, stationary impact crushing plants and crusher equipments. We deliver primary and secondary impact crushing plants as per our clients' specific requirements.

Today, SBM is the world leader in mobile crushing, having delivered well over 3000 mobile, track-mounted crushing plants worldwide. The Lokotrack Series is mainly used in hard rock contracting, aggregate production, in-pit crushing and mining, recycling, cement production and tunnel crushing. The Lokotrack Series for primary crushing represents a state-of-the-art commitment to crushing know-how and quality. With a wide range of optional equipment available for each of the over 25 basic models, every machine can be tailored to meet the specific c requirements of virtually any application.

Lokotrack’s can be fi tted with jaw or impact crushers, with or without screens, and equipped with closed circuit and discharge conveyors as required. Capacities range from 150 to 2000 mtph (160 – 2200 stph). Take a closer look at Lokotrack Series mobile crushing plants – the leading brand in mobile primary crushing.

Unrivalled crushing capacity

Lokotrack Series mobile crushing plants for primary crushing are built around the proven jaw and impact crusher concepts. Since the 1920s, Yang has installed over 10,000 jaw crushers and over 1,000 impact crushers worldwide.

Full mobility – less trucking, more tracking

The Lokotrack Series mobile crushing plant is based on the innovative idea of fl exibly moving the equipment rather than the material. With track-mounted equipment, the need for osruck fl eets is dramatically reduced. LTs can always be moved within and between sites, which means lowered material transport costs. Transportability can be further improved with special options like the bogie and split versions.

Full mobile crushing equipment offers considerable benefits, including less quarry traffic c, less dust and noise and exhaust emissions. All this combines to create a safer and cleaner working environment.

Lokotrack Series crushing plants are environmentally friendly, incorporating basic dust and noise reduction features. Low emission (Stage 2) diesel engines are used which meet the strictest environmental norms.

Sturdy design to meet the heaviest workload

A strong undercarriage is key to the LT’s superior manoeuvr-ability. SBM design team employ state-of-the-art planning tools including 3D-design to develop robust, long-lasting parts without adding any unnecessary weight.

All primary LTs have a robust undercarriage and tracks for safe movement even in the most diffi cult terrain. It is also crucial that the unit can be quickly moved to safety when blasting.

The LT Series is based upon Metso's extensive experience and process expertise and built with fi rst class components. Combined with our ISO9001 quality control system, a global after-sales network, online support and prompt spare parts service, all this means that dependability is built into LTs.

There’s a Lokotrack for every crushing process

Lokotrack series crushing plants have been designed and developed on the basis of careful evaluation and analysis of end-user needs. Key design criteria have included the highest possible production rates and the lowest possible operating costs. Whether the priority requirement is high production capacity, good process adaptability, excellent cupidity or efficient recycle crushing, the Lokotrack primary range can provide the right answer.

The SBM Chipmunk Jaw Crusher Model 241-36 WD is designed for the rapid reduction of rocks into granular particles. Rocks are placed into the hopper of the machine and are crushed between two jaws in the interior of the machine. The movement of the jaws not only crushes the rock, but forces the discharge down and out of the machine where it is collected in a metal sample tray. Jaw spacing may be adjusted to grind to as fine as 3 to 5 mm.

The primary use of the jaw crusher is to reduce the grain of the material for analysis or for further processing by other machines (i.e. Spex Shatterbox, Brinkmann Grinder, etc.). Typical uses are to prepare hand-samples of rock for X-ray diffraction, whole-rock analysis, or other analytical work.

The jaw crusher is under the supervision of Dr. Abdul Mehdi-Ali of the E&PS Analytical Geochemistry Laboratory. With prior approval of Dr. Ali, the key to the lab containing the crusher may be checked out from the main office.

Description of the SBM Jaw Crusher

In the description that follows, the numbers in parenthesis refer to various machine parts as labeled on Figure 1. Many parts are not user serviceable or the service of them is beyond the scope of this procedure, and these parts are not labeled or described.

The Bico Jaw Crusher is a shock load crushing device driven by a 220 volt 60 cycle continuous motion motor that is coupled to the crusher by a belt driven pulley system. Because of routine maintenance requirements, the user of the jaw crusher must be familiar with much of the machine.

The feed hopper (1) is located about mid-machine directly behind (when viewing the machine from the front) and above the stationary jaw shield plate. Beneath the stationary jaw shield plate is the jaw cam-lock (3) which is part of the securing apparatus for the stationary jaw (7).

The adjustment hand knob (5) is located in the lower front on the right hand side of the machine. On the left side of the machine, directly opposite of the hand knob is the square-head adjustment locking bolts (not shown). An oil cup (not shown) for the adjustment assembly is located on the front of the machine, between and above the hand knob and locking bolt. To the left and right, behind the hopper are two grease caps (6) that grease bearings for the moveable jaw (4), a third grease cup is located further back on the machine in the center. Below the third grease cap on the back of the machine is the spring rod assembly (8), and beneath the spring rod assembly is a second oil cup. Under the machine is a space for the sample collection tray (not shown). The power control (not shown) is mounted on the wall close to the crusher, and consists of two buttons (red and green). The green button starts the machine while the red button stops it.

There is also a breaker box located close to the machine with a clearly labeled, separate breaker switch for the crusher circuit.

Procedure

1.       The jaw crusher should be greased and oiled regularly; this should be done prior to each use.

To do this, simply turn all grease caps one full turn (clockwise) and put a few squirts of oil in both of the oil cups. If grease caps are tight, add more grease (see MAINTENENCE below).

2.       Check jaws for cleanliness and clean them if needed. Loosen the wing nuts and remove the front shield, then loosen the hopper wing nuts (located below the hopper on the left and right of the machine) and move it up and back so that the jaw cam lock is exposed. Lift the cam lock up to release the stationary jaw so that it may be lifted straight out. If it is jammed, the cam lock may be freed by tapping lightly with a mallet or ball-peen hammer. Once the stationary jaw has been removed, the movable jaw will be exposed inside the machine. Brush both jaws with a large bristle brush. If any residual sample material adheres to the jaws, it may be removed by brushing with a large stainless steel bristle brush. After brushing, blow the jaws off with compressed air. The hopper and sample collection trays should not be brushed, but should be blown off with compressed air. Reassemble the jaws and put the sample hopper back in place, hand-tightening the wing-nuts and replace the front shield.

3.       Adjustment of jaw spacing: Turn the circuit breaker (located in the breaker box) to the "ON" position. While the crusher is empty, start the machine and allow it to come up to full speed. The machine must be adjusted while running. Loosen the square-head bolt (left). This will allow the hand knob (or right) to turn. Slowly turn the hand-knob clockwise until the jaws of the crusher can be heard just touching each other, and then back off the hand knob (turn counter-clockwise) just slightly. Slowly begin to re-tighten the square-head locking bolt. As this is done, the clearance of the jaws will decrease and may become too close. If this happens back the hand knob off slightly. Repeat this process until the bolt can be tightened completely without significant tapping of the jaws. It may take some practice to do this properly. This procedure will set the machine to grind as fine as possible (approximately 3 to 5 mm particle size) without damage to the jaws. If larger particles are acceptable, jaw clearance may be set to more than the minimum distance.

4.       When the crushing process is complete, remove the sample collection tray and transfer its contents to a clean container.

5.       Prior to next use, clean the crusher and collection tray(s) as described previously. When done for the day, make sure the lab is cleaner than it was when you started, that the breaker to the crusher is turned off, lights are out, and door closed and locked.

jaw crusher figure

Maintenance

1. When they may no longer be tightened as described in PROCEDURE Item 1, the grease caps will need to be refilled. Remove the caps, fill them with high-temperature grease, and replace them. If the machine has been operated properly, all caps should need refilling at about the same time. Caps should be checked regularly, generally every week or two.

2. The crushing plates on the outside of the jaws may become worn, making proper adjustment of the machine difficult. Unless previously done, the plates may be switched end-for-end. Remove the stationary jaw from the machine and loosen the center nut on the back of the jaw which holds the plate in place. Once loosened, the jaw plate can be lifted and rotated 180 degrees and the center nut retightened. The moveable jaw can be rotated the same way in the machine. Its center nut is located in the back of the machine, and may require the use of a large socket wrench to loosen it. If the plates have previously been turned, then they must be completely replaced. Remove the center nuts completely, pull off the worn plates and replace them with new ones.