make powered vibrating screen

sales of different types of vibrating screens | haiside

The vibrating screen produced by our company adopts advanced design concepts and finite element analysis and calculation methods, and is equipped with advanced numerical control processing, technology and testing equipment to ensure the quality and performance of the product and the safety of the screen.

The side plates of the screen and the reinforcing ribs (angle steel) are all riveted with HUCK bolts without any welds. This ensures that the side plate has no stress concentration and cracking, improves the strength and rigidity of the side plate, thereby improving the reliability of the equipment.

The vibrating screen exciter beam and the screen frame beam adopt a box-shaped beam structure with reinforcing ribs inside to improve the rigidity and strength of the screen machine and reduce the weight of the whole machine. Thereby improving the efficiency of the whole machine and reducing power consumption.

All the mating surfaces of beams and vibrating screen exciter beams are processed by automatic CNC machine tools before assembly. The non-processed surfaces of all components are sandblasted and painted with epoxy resin. All gaps will be filled with waterproof glue. Make sure it does not rust.

The overall weight of the screen body can be reduced to the greatest extent under the conditions that meet the requirements of all aspects of the vibrating screen. Make the whole vibrating screen have high strength, light weight, large processing capacity, low power consumption, high vibration intensity and high screening efficiency;

The connecting parts of the equipment are assembled with noise reduction technology, so that the noise of the whole screen is low when working, and the noise within 1m from the equipment is less than 80db;

Each vibrating screen is fully assembled before leaving the factory and undergoes an idling test run for 8 hours. The amplitude and frequency are tested with a VB instrument, and the operating curve is drawn with the coordinate method to verify the reliability;

the frequency analyzer is tested for 72 hours During the period, the natural frequency is detected, and the collected data is uploaded to the computer for finite element analysis to ensure that each vibrating screen can achieve efficient and safe production.

The motor is powered on and starts, and the driving force is transmitted to the main drive shaft through the belt drive mechanism and the secondary shaft system. The main drive shaft drives the vibrating screen exciter to generate linear vibration force. The direction of the excitation force is at an angle of 45 to the horizontal. The linear vibration force cyclically acts on the screen body continuously to make the screen body vibrate on the buffer spring. At the same time, the buffer spring reduces the dynamic load of the screen body on the support foundation of the screen machine and reduces the noise of the screen machine. The screen body drives the screen surface to vibrate synchronously. The force is transmitted to the material on the screen, and the impact material is stratified before being thrown up on the screen surface and classified according to the specified particle size. The material is continuously buffered from the feeding chute to the receiving plate, and is screened through the screen surface. The bottom material is discharged into the under-screen chute, and the over-screen material is discharged into the discharge chute.

Two vibrating motors with the same parameters installed symmetrically on the excitation beam rotate synchronously and reversely when connected to electricity, and each generates centrifugal force of equal magnitude. The components of the two forces in the vertical vibration direction are opposite to cancel each other, and the components in the parallel vibration direction are consistent with each other. The linear vibration force is superimposed to form a linear vibration force. The linear vibration force cyclically and continuously acts on the screen body to make the screen body vibrate on the buffer spring. At the same time, the buffer spring reduces the dynamic load of the screen body on the support foundation of the screen machine. The screen body drives the screen surface to vibrate synchronously. , The force is transmitted to the material on the screen, the impact material is thrown up on the screen surface for dehydration, the material is continuously input from the feeding chute, and the dehydration treatment is carried out through the screen surface. Material chute.

mobile vibrating screen | metso screens | vibrating screen - pilot crushtec

Pilot Crushtec Internationals range of OEM and locally manufactured screens are ideal for screening, scalping, sizing and de-watering a wide-range of applications to meet the requirements of contractors, mines and quarries.

These semi-mobile vibrating screens are heavy-duty machines supplied complete and ready to run. Vibrating screens are mounted on skid-frames, they do not require concrete foundations and are designed for rapid installation and easy integration with the rest of our product range.

Pilot Crushtec International supplies standard modules which are reconfigurable and scalable and therefore allow customers to start small and change or grow their processing plant as demand increases. These tried and tested vibrating screens are designed to handle the harshest conditions and toughest material in all types of applications.

The Metso Lokotrack screens combine high capacity production with clean, accurate end products from all feed materials. The design principle has been simple to optimise capacity in demanding scalping and screening applications and to minimise unprofitable time on site. The Metso range of mobile screens and scalpers is widely regarded by operators as the most robust, feature-rich and reliable range of mobile screens and scalpers in the world.

Lokotrack ST2.8 mobile scalping screen makes the scalping of sticky recycling material look easy. The design principle has been simple: to optimise capacity in demanding scalping and to minimise unprofitable time on site. The ST2.8 has an aggressive 15mm eccentric throw and can handle a wide variety of scalping applications with ease.

Lokotrack ST2.8 mobile scalping screen makes the scalping of sticky recycling material look easy. The design principle has been simple: to optimise capacity in demanding scalping and to minimise unprofitable time on site.

The stickier the feed material the more throw needed in the scalping screen. Lokotrack ST2.8 has the biggest eccentric throw on the market to make it the best unit for the screening of top soil, demolition waste and river gravel. Additionally, ST2.8 can be fine-tuned even for sand applications. The clearance under the screen has been increased by 20% and the bottom deck area is larger compared with ST272.

In multi-stage crushing processes, the removal of fines is easy with a two-way split option. This feature combines material flow from the first and second deck to the main conveyor and maximises the capacity and efficiency of the crushing process. Belt feeder and chevron belts are standard features of Lokotrack ST2.8.

Lokotrack ST2.8 is ready for screening in minutes thanks to hydraulically operated conveyors and screen including a patent pending feeder mechanism. Lokotrack ST2.8 is 25% lighter than similar machines. Because the weight is lower, transportation is easier. The fuel-efficient scalping process can be started with safe push buttons or by the optional Metso IC process control system.

Lokotrack ST2.8 is used as primary scalper in top soil and natural sand applications. It is suitable in multistage crushing processes to split the products eg. between secondary and primary crusher. With two way split the option it is a great unit in between of jaw and cone crusher. Depending on applications plate grizzlies, fingers, punch plates or wire meshes can be used on the top deck.

Material is fed by the excavator, wheel loader or conveyor. The feeder lifts material to the two deck screen which then separates material to oversize and side conveyors. With two-way split option top and bottom deck material can be combined to the oversize conveyor (fines removal).

The Lokotrack ST3.5 is designed with compact transport dimensions, high-quality components, and to meet the latest global health and safety legislation. The standard ST3.5 two-deck Lokotrack is capable of producing two-sized fractions, and depending on the application, an optional two-deck vibrating grid can be installed to yield fractions of three sizes.

The standard ST3.5 two-deck Lokotrack is capable of producing two-sized fractions, and depending on the application, an optional two-deck vibrating grid can be installed to yield fractions of three sizes.

The high capacity two-bearing two-deck screen box is equipped with interchangeable screen meshes minimizing customer stock holding costs. The Lokotrack ST3.5 is designed to achieve the lowest sustainable cost per ton and it has unmatched efficiency and capacity in its size class.

CAT diesel engine, together with an efficient hydraulic system, enables trouble-free and cost-efficient operation also in demanding applications and extreme climate conditions. Compact dimensions and low transport weight add value through lower transport costs.

Lokotrack ST3.5 is a great unit to produce calibrated aggregates on a construction site. It can operate in a multi-stage crushing processes with other Metso Lokotracks. Optional vibrating grid increases flexibility in applications. Typical applications include screening of natural sand.

Material is fed by an excavator, wheel loader or conveyor. Depending on the application, vibrating grid or rock box can be used in a feed hopper. Lifting conveyor takes material to two deck screen from which fines and wing conveyors take material to end product piles.

The Lokotrack ST3.8 mobile screen provides precise screening and high capacity within compact dimensions. Its double deck screen, Metso IC process control system and powerful CAT diesel engine make ST3.8 a great unit to work with in various standalone and Lokotrack multistage applications.

The Lokotrack ST3.8 mobile screen provides precise screening and high capacity within compact dimensions. Its double deck screen, Metso IC process control system and powerful CAT diesel engine make ST3.8 a great unit to work with in various standalone and Lokotrack multistage applications.

The new engine package provides the best fuel efficiency due to the optimised hydraulic system and easy access to the service locations. Metso IC process control system offers single-button start-up and the possibility to interlock the Lokotrack ST3.8 with other Lokotrack crushing and screening plants.

Screen meshes are interchangeable, which means less hassle on-site and with inventory, in addition to quick adaption to different applications. Side platforms come as standard to enable safe maintenance of the unit.

High-quality components and engineering without compromises ensure trouble-free production. With features like radio remote control and a double-deck vibrating grizzly, you can fine-tune the Lokotrack ST3.8 to perfectly match your personal requirements.

Lokotrack ST3.8 is found on quarries, recycling and construction sites. Numerous of additional features such as vibrating grid and push button or Metso IC process control system makes it the great choice for rental business.

Material is fed by an excavator, wheel loader or conveyor. Depending on the application grid, vibrating grid or rock box can be used in a feed hopper. Lifting conveyor takes material to two deck screen from which fines and wing conveyors take material to end product piles.

The Lokotrack ST4.8 mobile screen produces four end products with its triple deck screen. The unit has a product conveyor and three side conveyors. All the conveyors are hydraulically foldable and the ST4.8 is transported as a single unit. Metso IC process control system and powerful CAT diesel engine make ST4.8 a great unit to work with in various standalone and Lokotrack multistage applications.

The Lokotrack ST4.8 mobile screen produces four end products with its triple deck screen. The unit has a product conveyor and three side conveyors. All the conveyors are hydraulically foldable and the ST4.8 is transported as a single unit. Metso IC process control system and powerful CAT diesel engine make ST4.8 a great unit to work with in various standalone and Lokotrack multistage applications.

The new engine package provides the best fuel efficiency due to the optimised hydraulic system and easy access to the service locations. Metso IC process control system offers single-button start-up and the possibility to interlock the Lokotrack ST4.8 with other Lokotrack plants.

Screen meshes are interchangeable, which means less hassle on-site and with inventory, in addition to quick adaption to different applications. Side platforms come as standard to enable safe maintenance of the unit.

High-quality components and engineering without compromises ensure trouble-free production. With features like radio remote control and a heavy-duty air filter, you can fine-tune the Lokotrack ST4.8 to perfectly match your personal requirements, including closed circuit applications with other Lokotrack crushing and screening plants.

You will more than likely find Lokotrack ST4.8 in quarries or construction sites, operating together with other Metso Lokotracks. Its three-deck screen with four end products is highly appreciated in aggregate production. Metso IC process control system makes sure that unit stays up and running whenever needed.

Material is fed by the excavator, wheel loader or conveyor. Depending on the application grid, vibrating grid or rock box can be used in a feed hopper. Lifting conveyor takes material to three deck screen from which fines and wing conveyors take material to end product piles or back to the crusher when operating in a close circuit.

Mining for 100-carat diamonds, quarrying the worlds hardest rock, recycling entire shopping centers, none of these are easy applications. What separates the best players from the rest is efficiency, cost per tonne, maintenance and output. To ensure your operation stays on top form you need production and to get production you need machine uptime. Welcome to the MAXIscalp.

Whether its mining for 100-carat diamonds, quarrying the worlds hardest rock, recycling entire shopping centers, the Pilot Maxi-Scalp can and has delivered in the field for all these applications. What separates the best operators from the rest is the ability to run efficient operations and generate maximum yield of product. To make your targets, you need reliable production and to get reliable production you need your equipment running at its maximum potential.

Our design and engineering team was called upon to create the MAXIscalp 600 with exactly that in mind: maximum availability, minimum downtime. The 7m apron feeder, large and aggressive double-deck screenbox, wide discharge conveyors and heavy-duty support structure, combine perfectly with Pilot Crushtecs industry leading after-sales support to minimise downtime and keep your plant running and productive.

With the minimum number of moving parts and the toughest design of any scalping screen on the market, the MAXIscalp 600 ensures the highest unit uptime yet. That is how we increase on your production. That is how we maximise your profit. That is what the MaxiScalp can do for you.

The MAXIscalp 600 is the worlds first modular, static scalping plant. Combining Pilot Modulars famous versatility, the ease and affordability of running a static plant and the ruggedness of a system developed in the unforgiving African diamond mines, it is the equipment that will separate you from the rest of the competition.

Pilot Crushtecs DD2412 is a heavy-duty, semi-mobile, modular screen designed to operate in diverse applications such as quarrying, mining, recycling, infrastructure and construction. The screens are ideal for wet and dry screening, scalping and sizing a wide-range of applications to meet the requirements of contractors, miners and quarries

The DD2412 consists of a double screen box mounted on a heavy-duty skid frame with an electric drive, pulleys and V-belts. Its standard features include an adjustable angle screenbox support frame, 2 bearing eccentric drive shaft, under screen rubber lined sump with rubber lined trough, reject and middle grade chutes, boiling box on feed inlet and a wet sump outlet. Depending on the material and arrangement, the DD2412 can screen up to 200tph with a feed size of up to 100mm and can produce accurately sized end products. The top deck consists of mesh and the bottom deck of piano wire; however, they can be alternated and fitted with meshes, piano wire, slotted, poly panel or Rapid Screen heavy-duty scalping and finger-screening solutions to suit contractors needs and requirements.

All Pilot Crushtecs screens are available ex-stock, supplied ready to assemble and are easily transported. The Modular Screen DD2412 is field proven and designed to integrate with the entire Pilot Modular range of conveyors, magnets, impactors, feeders, hoppers, chutes and more

Pilot Crushtecs DD3615 is a heavy-duty, semi-mobile, modular screen designed to operate in diverse applications such as quarrying, mining, recycling, infrastructure and construction. The screens are ideal for wet and dry screening, scalping and sizing a wide-range of applications to meet the requirements of contractors, miners and quarries.

The DD3615 consists of a double screen box mounted on a heavy-duty skid frame with an electric drive, pulleys and V-belts. Its standard features include an adjustable angle screenbox support frame, 2 bearing eccentric drive shaft, feed end spill plate, boiling box on feed inlet and a wet sump outlet. Depending on the material and arrangement, the DD3615 can screen up to 300tph with a feed size of up to 100mm and can produce accurately sized end products. The top deck consists of mesh and the bottom deck of piano wire; however, they can be alternated and fitted with meshes, piano wire, slotted, poly panel or Rapid Screen heavy-duty scalping and finger-screening solutions to suit contractors needs and requirements. The DD3615 screen has reject and middle-grade chutes, as well as an oversize chute to the right-hand side and a mid-grade chute to the left-hand side.

All Pilot Crushtecs screens are available ex-stock, supplied ready to assemble and are easily transported. The Modular Screen DD3615 is field proven and designed to integrate with the entire Pilot Modular range of conveyors, magnets, impactors, feeders, hoppers, chutes and more

Pilot Crushtecs DD7215 is a heavy-duty, semi-mobile, modular screen designed to operate in diverse applications such as quarrying, mining, recycling, infrastructure and construction. The screens are ideal for dry screening, scalping and sizing a wide-range of applications to meet the requirements of contractors, miners and quarries.

The DD7215 consists of a double screen box mounted on a heavy-duty skid frame with two electric motor drives, pulleys and V-belts. Its standard features include an adjustable angle screenbox support frame, 2 bearing eccentric drive shaft, feed end spill plate and spreader plate. Depending on the material and arrangement, the DD7215 can screen up to 300tph with a feed size of up to 100mm and can produce accurately sized end products. The top deck consists of mesh and the bottom deck of piano wire; however, they can be alternated and fitted with meshes, piano wire, slotted, poly panel or Rapid Screen heavy-duty scalping and finger-screening solutions to suit contractors needs and requirements. The DD7215 screen has reject and middle grade chutes as well as an oversize chute to the right-hand side and a mid-grade chute to the left-hand side.

All Pilot Crushtecs screens are available ex-stock, supplied ready to assemble and are easily transported. The Modular Screen DD7215 is field proven and designed to integrate with the entire Pilot Modular range of conveyors, magnets, impactors, feeders, hoppers, chutes and more

Pilot Crushtecs DWS3015 is a heavy-duty, semi-mobile, modular dewatering screen designed to operate in diverse applications such as quarrying, mining, recycling, infrastructure and construction. The screens are ideal for screening, scalping, sizing and dewatering a wide-range of applications to meet the requirements of contractors, miners and quarries

The DWS3015 consists of a double screen box mounted on a heavy-duty skid frame with twin vibrator motors, pulleys and V-belts. Its standard features include an adjustable angle screenbox support frame, 2 bearing eccentric drive shaft, a 5-degree inclined deck, polyurethane panels and steel coil spring. Depending on the material and arrangement, the DWS3015 can screen up to 200tph with a feed size of up to 150mm and can produce accurately sized end products.

All Pilot Crushtecs screens are available ex-stock, supplied ready to assemble and are easily transported. The Modular Screen DWS3015 Dewatering Screen is field proven and designed to integrate with the entire Pilot Modular rangeof conveyors, magnets, impactors, feeders, hoppers, chutes and more.

The Pilot RapidScreen system is a unique, versatile, self cleaning screening media for vibrating screens to provide high capacity separation in all conditions and diverse applications. The RapidScreen system is easy to fit and ready to run, designed to fit any inclined screen for screening wet, sticky or abrasive materials.

Quick replacement time for worn rod blocks: Step 1: Simply release the rod block from the rod block holder by un-tightening 3 or 4 bolts. Fit a new rod block and tighten the bolts. Step 2: Using a new steel pin knock the worn pin out of the rod block holder until the new pin is in position. Replace only worn pins, no need to replace an entire mesh screen Low cost of replacement pins and rod blocks Self-cleaning no cross wires, nothing for tough, sticky, dirty material to get blocked on Rod blocks with varying aperture sizes can be stocked and fitted quickly to suit changing product size requirements Reduced downtime replace only worn areas using simple tools Divagating action of the pins shakes off dirt, keeping the deck clean at all times No pegging, so no blocked screens

This unique product consists of an assembly of cascading pins mounted into clamping blocks (rod blocks) fitted into cross members (rod block holders). This assembly is designed to fit almost all inclined vibrating screens to separate wet, sticky and tough to screen materials. This versatile screening media provides huge increases in throughput capacity.

Replaceable steel pins are fitted into steel or HDPE rod blocks at apertures to suit requirements. These rod blocks are then fitted into cross members or rod block holders and are quickly and easily locked into position. The cross members or rod block holders are bolted into an assembly which is then fitted into the inclined vibrating screen. The cross members or rod block holders can be independently adjusted to increase or decrease the incline angle of the steel pins thereby speeding up or slowing down the flow of material over the screen. The cross members or rod block holders are fitted at positions so that the pins overlap each other to create a cascading effect.

Metso COMPACT CVB-M inclined screens with circular motion offer one of the most versatile screen arrangements to provide high reliability. The compact design is optimized for high portability without sacrificing performance.

Metso COMPACT CVB-M inclined screens with circular motion offer one of the most versatile screen arrangements to provide high reliability. The compact design is optimized for high portability without sacrificing performance.

An extremely versatile solution In many applications, the set-up time is crucial, as the application and process needs change from location to location. The design of the Metso COMPACT CVB-M inclined screens includes features so that it can be quickly put into operation. These features include fast and efficient change of the screening media, and the ability to adjust stroke and RPM parameters within a wide range to optimize performance quickly.

As part of the Metso COMPACT screen series, the FS horizontal screens are designed for integration into tight spaces, both with fixed and mobile plants. The FS screens include carefully selected features in a standard configuration, for easy and reliable operation.

A high accuracy screen Metso COMPACT FS flat screens are horizontal elliptical motion screens. This screen is extremely compact for the best portability. Its triple shaft line generates a high-energy elliptical vibration. The combination of horizontal decks + high acceleration + aggressive elliptical vibration provides a strong stratification of the bed depth, which leads to high screening accuracy.

Metso COMPACT CVB-M inclined screens with circular motion offer one of the most versatile screen arrangements to provide high reliability. The compact design is optimized for high portability without sacrificing performance.

Metso COMPACT CVB-M inclined screens with circular motion offer one of the most versatile screen arrangements to provide high reliability. The compact design is optimized for high portability without sacrificing performance.

An extremely versatile solution In many applications, the set-up time is crucial, as the application and process needs change from location to location. The design of the Metso COMPACT CVB-M inclined screens includes features so that it can be quickly put into operation. These features include fast and efficient change of the screening media, and the ability to adjust stroke and RPM parameters within a wide range to optimize performance quickly.

As part of the Metso COMPACT screen series, the FS horizontal screens are designed for integration into tight spaces, both with fixed and mobile plants. The FS screens include carefully selected features in a standard configuration, for easy and reliable operation.

A high accuracy screen Metso COMPACT FS flat screens are horizontal elliptical motion screens. This screen is extremely compact for the best portability. Its triple shaft line generates a high-energy elliptical vibration. The combination of horizontal decks + high acceleration + aggressive elliptical vibration provides a strong stratification of the bed depth, which leads to high screening accuracy.

Metso COMPACT CVB-M inclined screens with circular motion offer one of the most versatile screen arrangements to provide high reliability. The compact design is optimized for high portability without sacrificing performance.

Metso COMPACT CVB-M inclined metso screens with circular motion offer one of the most versatile screen arrangements to provide high reliability. The compact design is optimized for high portability without sacrificing performance.

An extremely versatile solution In many applications, the set-up time is crucial, as the application and process needs change from location to location. The design of the Metso COMPACT CVB-M inclined screens includes features so that it can be quickly put into operation. These features include fast and efficient change of the screening media, and the ability to adjust stroke and RPM parameters within a wide range to optimize performance quickly.

As part of the Metso COMPACT screen series, the FS horizontal screens are designed for integration into tight spaces, both with fixed and mobile plants. The FS screens include carefully selected features in a standard configuration, for easy and reliable operation.

A high accuracy screen Metso COMPACT FS flat screens are horizontal elliptical motion screens. This screen is extremely compact for the best portability. Its triple shaft line generates a high-energy elliptical vibration. The combination of horizontal decks + high acceleration + aggressive elliptical vibration provides a strong stratification of the bed depth, which leads to high screening accuracy.

Nordtrack S2.11 is a track-mounted, self-propelled diesel engine powered mobile scalping screen. Designed to provide high production levels and heavy-duty scalping applications capable of operating as a standalone unit, producing finished product, or as a primary scalping component.The Metso Nordtrack S2.11 delivers higher outputs and a high-quality screened product with maximum efficiency.

Nordtrack S2.11 is a track-mounted, self-propelled diesel engine powered mobile scalping screen. Designed to provide high production levels and heavy-duty scalping applications capable of operating as a standalone unit, producing finished product, or as a primary scalping component.

The feed conveyor / apron feeder ensures a continuous flow of material from the hopper to the screen. Once material has passed the screen, fines and mid-sized material can either be stockpiled separately by their respective conveyors or combined into one stockpile by one conveyor. Over-sized material is stockpiled by the wide oversize conveyor.

Pushing industry performance standards and leading the industry with the most advanced and innovative screening plant in production today, the Metso Nordtrack S3.9 demonstrates Metsos focus on making customer centric features standard. Features such as the adjustable screenbox angles allow adaptability to a wide range of material applications including quarrying, mining, sand and gravel, coal screening, topsoil and recycling.

Pushing industry performance standards and leading the industry with the most advanced and innovative screening plant in production today, the Metso Nordtrack S3.9 demonstrates Metsos focus on making customer centric features standard.

Features such as the adjustable screenbox angles allow adaptability to a wide range of material applications including quarrying, mining, sand and gravel, coal screening, topsoil and recycling. With the highest-grade specifications and component parts, the S3.9 is easily the number one choice for high productivity, quality and value.

The lifting conveyor carries material from the hopper and delivers a consistent feed onto the screenbox. Fines, mid-sized and oversized materials are then separated and stockpiled by three respective high-capacity stockpiling conveyors.

Pushing industry performance standards and leading the industry with the most advanced and innovative screening plant in production today, the Metso Nordtrack S4.9 demonstrates Metsos focus on making customer centric features standard.

Pushing industry performance standards and leading the industry with the most advanced and innovative screening plant in production today, the Metso Nordtrack S4.9 demonstrates Metsos focus on making customer centric features standard.

Features such as the adjustable screenbox angles allow adaptability to a wide range of material applications including quarrying, mining, sand and gravel, coal screening, topsoil and recycling. With the highest-grade specifications and component parts, the S4.9 is easily the number one choice for high productivity, quality and value.

The lifting conveyor carries material from the hopper and delivers a consistent feed onto the screenbox. Fines, mid-sized and oversized materials are then separated and stockpiled by three respective high-capacity stockpiling conveyors.

Pushing industry performance standards and leading the industry with the most advanced and innovative screening plant in production today, the Metso Nordtrack S4.12 demonstrates Metsos focus on making customer centric features standard. Features such as the adjustable screenbox angles allow adaptability to a wide range of material applications including quarrying, mining, sand and gravel, coal screening, topsoil and recycling.

Pushing industry performance standards and leading the industry with the most advanced and innovative screening plant in production today, the Metso Nordtrack S4.12 demonstrates Metsos focus on making customer centric features standard.

Features such as the adjustable screenbox angles allow adaptability to a wide range of material applications including quarrying, mining, sand and gravel, coal screening, topsoil and recycling. With the highest-grade specifications and component parts, the S4.12 is easily the number one choice for high productivity, quality and value.

The lifting conveyor carries material from the hopper and delivers a consistent feed onto the screenbox. Fines, mid-sized and oversized materials are then separated and stockpiled by three respective high-capacity stockpiling conveyors.

Pilot Crushtec International (Pty) Ltd is South Africas leading supplier of mobile and semi-mobile crushing, screening, recycling, sand washing, stockpiling, compacting and material handling solutions. Our product range includes jaw crushers, cone crushers, vertical shaft impact (VSI) crushers, impact crushers, screens and conveyors.

ultrasonic vibrating screen pt. jetpak mandiri jaya

Ultrasonic vibrating screen is on the basis of ordinary round vibrating screen to add an ultrasonic energy transform device, which make the ultrasonic wave convert high-frequency mechanical wave by ultrasonic power and ultrasonic transducer and transferred to the surface of screen, usually used in screening superfine powder which the ordinary vibrating screen can not solved, and solve the hard screening phenomenon caused by the static, reunion, strong adsorption and other reasons, with self-cleaning function, can effectively solve the problem of plugging mesh, increase the screening efficiency.

1. High efficiency, elegant design & durable, available for any powder, particles and viscous liquid 2. Solve the screening problems caused by static, reunion, strong adsorption, high density, superfine powder, light proportion and so on 3. Easy to install and maintain, less or no screen-cleaning time, increase the accuracy, and eliminate pollution 4. Automatically discharge the impurities and coarse materials and can continuously operate 5. The reducing of screen overloading can effectively extend the service life of screen, and improve the rate of material through the screen mesh 6. The ultrasonic generator can be applied for single-layer or multi-layer, make high mesh screening easier 7. High screening efficiency, simple operation, particularly suitable for sieving the fine powder 8. The volume of entire machine is small, and can be easily moved, and more adequate and efficient handling capacities