Crushing and grinding machinery - Import export

It is designed for separating flour particles stuck on bran and remaining in bran in flour and semolina factories. The flour and ash particles in the bran are separated and brought into the system and the efficiency is increased and efficiency is provided.

Cone Crusher Spares: *Cone Mantle Liner *Hopper Assembly *Oil Flinger *Countershaft Bushing *Frame Seat Liner *Frame Pin Bushing *Upper Thrust Bearing *Socket Liner *Eccentric Bushing *Head Upper Bushing *Head Lower Bushing *Main Shaft *Adjustment Ring *Counterweight Liner *Feed Cone *Torch Ring Jaw Crusher Spares: *Crusher Jaw Block *Crusher Jaw Pitman *Jaw Plate *Crusher Jaw Wedge *Crusher Mast Bed *Pitman *Crusher Jaw Casting *Wedge Bolt Tertiary Crusher Spares: *Tertiary Bed *Tertiary Rotor *Tertiary Palette *Tertiary Shaft *Tertiary Rib VSI *Vertical Shaft and Sleeve *Vertical Shaft Rotor *Vertical Shaft Diamond *Vertical Shaft Distributor *Vertical Shaft Feed Eye Ring

Jaw plate and Side plate for Jaw crusher; Mantle, Concave for Cone Crusher; Blow bar and Hammer for Impact Crusher and Hammer/Metal crusher; Roller and Ring for Raymond Mill; Roller Liner and Disc Liner for Sand making VSI Crusher, Chocky bar and Wearing button for Excavator, which is in the material of High Manganese Steel Mn13Cr2/ Mn14Cr2/Mn17Cr2/Mn18Cr2/Mn22Cr2; High Chrome White Iron Cr20/Cr22/Cr24/Cr26, and its with Mo, Ni, Re, Ceramic, Alloy, Bi-metal etc wear-resistant materials. And HUAN-TAI products support for Shanbao, SBM, Liming, Shibang, Zenith, Metso, Sandvik, Barmac, Trio, TEREX, Pegson, Powerscreen, Kleemann, MINYU, Symons, Hazemag, Cedarapids, McClosey, Keestrack, Telsmith, Russian brands and other famous brands machine. We also can produce the wearing spare parts as per customers’ own drawings

Mobile crushers are mounted on a self-propelled steel platform equipped with wheels, crawlers, or pneumatic pads for movement. The platform incorporates all necessary auxiliary equipment and subsystems for crusher operation. They operate independently on the mine floor. Placed at the working face, the crusher minimizes the need for truck or front-end loader transport, with planned moves occurring between one day and one week. Installation of mobile crushing plants is advantageous under specific conditions; * A clear and undisturbed geological situation, * Straight and long benches for shiftable face conveyor installation, * Long-term mine planning for various conveyors. The benefits of fully-mobile crushers include * Elimination of truck transport * Reduced personnel requirements * Avoidance of high truck maintenance costs * Decreased mine traffic * Overall improvement in mine safety.

The Cone crusher has a smaller crushing chamber. Therefore, break the rocks by tightening them between the rotating spindles. In addition, these spindles are completely covered with a sturdy mantle and a manganese bowl liner covers the hopper. When the rocks enter between the lining of the bowl and the mantle, the rocks are tightened. The broken rock pieces fall to the next position where they break again. Then, the same process repeats until the broken pieces become small enough to pass through the narrow opening in the bottom of the conical crusher. Novelty Steel supplies; * Cone Crushers * Jaw Crushers * Gyratory Crushers * Impact Crushers

The distinguishing feature of the jaw crusher is that it has two jaws which are placed with an acute angle between them and the two open and close as animal jaws do. The jaws are such that one is fixed while the other is hinged, swinging relative to the immobile jaw. Jaw crushers are classified based on the way the swinging jaw is pivoted. In the Blake Jaw crusher, the swinging jaw is pivoted at the top and thus it has an ore receiving area that is fixed and an exit or discharge opening that is variable. For the Dodge Toggle Jaw crusher, on the other hand, the pivoting is at the bottom making it to have a receiving area that varies and a delivery opening that is fixed. Jaw crushers are rated on the basis of the receiving areas, which are the product of the width of the jaws and the gape. The gape is the distance at the feed opening between the jaws. For instance, a 2130 × 1680 mm jaw crusher specification means that the jaw crusher has a width of 2130 mm and a gape of 1680 mm.

Grizzly screens are typically constructed by welding steel rails, rods, or bars into grids with a specific pattern. The selection of rails can vary in size, ranging from about 7.4 kg/m to approximately 225 kg/m. These rails generally run parallel to each other along the entire length of the screening surface. The spacing between the rails typically range from 5 to 200 mm. To facilitate the smooth flow of materials, the openings are often tapered, with the top being wider than the bottom. Heavy-duty grizzly bars are commonly cast from manganese steel and feature double tapers. These grizzly screens are designed to receive large lumps of ore from sources such as railroad wagons, tipper cars, and other bulk material handling systems that discharge materials from considerable heights. As a result, they are constructed to be exceptionally robust to withstand the impact and handling of heavy materials.

DESIGN - MANUFACTURE - INSTALLATION - COMMISSIONING COMPLETE INSTALLATIONS MINING - QUARRYING - RECYCLING

We manufacture rough or fully machined segment liners for grinding mills in 15% leaded bronze

We manufacture rough or fully machined bushing for gyratory crushers in 15% Leaded Bronze

Durable against wearing. It has a strong and durable body structure and allows long working time with minimum maintenance. It consumes less energy and operates at high capacity at low kw. Easily adjustable hydraulic structure enables reducing labor time

They are produced with double shafts. On the shaft, there are detachable fixed spiral leaves and washing shovels lined up with the most suitable combination. It is very easy to replace shovels and spiral leaves since they are detachable connected. These shafts are driven by motor, reducer and belt pulley system.

The most preferred reason for UĞURMAK brand mobile crushing units is the ease of assembly and disassembly. Temporary project works such as dams, road construction may need to be moved to a different site at the end of the project. In such cases, as these plants offer ease of transportation, they significantly reduce transportation costs.

UĞURMAK CDK Series Primary Impact Crushers have a design that allows the rotor, two pendulum systems and wear plates to work in harmony. Thanks to this compatibility, it offers high performance and low operating costs. It can provide very high size reduction ratios in breaking not very hard and non-abrasive materials. Thanks to these advantages, they are preferred in primary crushing stage in crushing and screening plants. According to the design of the facility, they can be manufactured as mobile, with fixed steel legs, with fixed concrete legs, with fixed skid chassis.

UGURMAK UMK Series Jaw Crushers are the most preferred types of crushers due to their strong design, ability to crush materials of any hardness, low operating costs and easy maintenance. Depending on the location of the facility, they can be manufactured as mobile, fixed steel legs, fixed concrete legs, and fixed skid chassis.

UĞURMAK brand SMK Series Secondary Impact Crushers can crush medium and high hardness materials such as limestone, dolomite, granite and basalt to the size of asphalt and concrete aggregate. Large size material from the primary crusher can be fed directly. High reduction rate is provided. It is the most preferred secondary crusher type in crushing and screening plants since the initial investment and operating costs are lower than other crusher types. According to the design of the facility, they can be manufactured as mobile, with fixed steel feet, with fixed concrete feet, with fixed skid chassis, pre-screened or pre-fed.

UĞURMAK UDK Series Vertical Shaft Impact Crushers are preferred at the last stage of the crushing and screening process. They have a high production capacity. It successfully performs to break wet, moisty and sticky materials. Moreover, such fed materials get rid of some of the water in the body with the kinetic energy that emerges when it collides with the rotor rotating at high speed. Therefore, the end material is relatively drier. Thanks to these advantages, it is highly demanded for use in the production of sand and gravel necessary for concrete and asphalt production. Depending on the design of the facility, it can be manufactured as mobile, with fixed steel legs, with fixed skid chassis or with front feed.

UĞURMAK UME series Inclined Screens provide separation of crushed material. It can be used in all the stages of a crushing and screening process, where it is necessary to classify the products by size. The main task is to receive the end product. Therefore, the screen determines the actual capacity of the process. UME series inclined screens have a more reliable body structure against the negative effects of vibration movement with its unique body design.

The reason why it is preferred at these stages is that the material to be fed to this screen consists of very large material. Standard screens can not meet the desired capacity and due to the size of the material, the standard steel mesh may need to be replaced in a short time.

UMHS series Horizontal Screens show the innovative aspect of UĞURMAK. It provides high performance, even in the most demanding applications, and demonstrates its quality and reliability. It shows high efficiency compared to traditional horizontal screens making linear motion. With this design, the timing system eliminates the need for difficult maintenance equipment such as the gear system.

UGURMAK UMY Series are produced with single or double spiral shafts. Shafts are driven by gearmotor and chain gear system. Classifiers are used to purify the washed and water-mixed materials. When the washed material is fed to the UMY series helix, it goes down to the bottom of the chamber thanks to its density and accumulates in this part. Spirals drag this material from the bottom to the exit. In the double shaft type, it carries the material to the center, allowing the particles to contact each other, thus removing any undesired pieces remaining on the particles.

UĞURMAK UMDS series dewatering screens are designed to remove water from the acquired sand in a washing system. After any washing, sand contains a minimum of 20% water. It will be possible to stock up this amount of water and dry it in weeks minumum. However, this increases the inventory cost excessively. For this reason, dewatering screen is very valuable equipment for washing systems.

UGURMAK UMG Series Vibratory Grizzly Feeders are the main feeder type used in crushing and screening plants. They take place for feeding jaw or impact crushers used in primary stage. Offering high performance even in the harshest conditions, UMG Series feeders can be used for any size of material, from oversized material to small size stream materials. Thanks to the adjustable grill distance, the product size that cannot be included in the primary stage can be changed. It has a very solid chassis. Feeder body is seated on it with helical springs in sufficient number and strength. On this feeder body, there is a large volume bunker in the structure offering high strength. It can be used in all mobile and stationary primary units.

In some crushing and screening processes, there may be a need to divide the process in half. In such cases, tunnel type intermediate stock center is frequently preferred. It is positioned in the middle of the stock center. Their main field of use is to ensure that the stocked material is fed to the second stage of the process. This vibrating feeder type UTF series Tunnel Feeder provides high performance in heavy conditions

UĞURMAK UMBB Series Vibrating Feeders are positioned in the intermediate stock points, at the exit of the silo or bunker where the material is stocked, in order to ensure continuous feeding of the machines at all stages after the primary crushing stage in crushing and screening processes.

UĞURMAK UWB Series Wobbler Feeder is a necessary equipment of the crushing and screening process in case the blasted material has high moisture and sticky. The monolithic rollers, which are produced as steel cast, with discs arranged in a triangular form and offset from each other, are the main elements of the wobbler feeder. Shaft is in square form and is connected to the gearmotor by coupling. It transfers this motion to the roller thanks to its square form that receives the movement from the engine. The consecutive rollers move synchronously with one another. Thanks to this movement the compression and friction force formed between the advancing material and the disk parts of the rollers, the mud and sticky particles, thin and / or waste particles, are separated from the material and transmitted to the lower groove of the wobbler. Unwanted material is removed from the process before it reaches the main crusher.

Apron feeders can operate horizontally or at an incline. In general, an Apron Feeder consists of overlapping abrasion-resistant pallets that are fastened on the chain with bolts, working like a conveyor. These chains, to which the pallets are attached, are driven by chain gears located on both sides

Belt conveyors are particularly successful in transporting bulk materials such as mineral ores, stone, sand and grain at high capacities and over long distances. A belt conveyor consists of an endless belt stretched between two drums. Belt conveyors are usually the most suitable solution when stacking material needs to be transported over long distances without stopping. They are used horizontally or with a low slope. The material to be transported can be sand or granule.

Stock conveyors can be produced as radial type according to the location of the facility, land conditions and customer demand. The Belt Conveyor chassis is connected to the ground from the tail module with a fixed joint. High-strength steel construction feet made to support the weight of the intermediate modules and the drive module are attached to the axle located on the wheels. These wheels are preferred as filled wheels in order to be loose-proof. The gearbox is driven by a coupled motor. It is equipped with a special brake system to prevent movement due to environmental effects during operation or stopping. The center of rotation is the fixed hinge point in the tail module. It is provided to turn clockwise and counterclockwise by the angle allowed. In this way, the stock amount is much more than a fixed stock belt conveyor.