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The gap between the looped wires defines the filtration performance of the welded wedge wire screen. Welded wedge wires are used as a filter to eliminate bigger sizes or types of materials above the wedge wire screen. Special manufacturing is required to create equal loops between the welded wires. Welded wedge wire screen is used in heavy applications for high filtration performance. The main advantages of welded filter screen are Advantages Special surface treatment Modular and customizable design High durability Suitable for heavy applications Superior filtering with unique screen Long service life & less maintenance Looped wedge wire screen is adaptable for many applications including Applications Coal and Gold Mining Filtration Mineral Processing Water Treatment Petrochemical Applications Food Processing Stainless steel with different grades and different materials can be used. Also, special surface treatments are available for your application. Material:Stainless Steel

Coanda Intake Screen also called Coanda screen provides filtration with the special curve shaped wedge wire screen. Coanda Effect screen is mostly used for filtration of water depending on the Coanda effect principle. Thus, the shape of the Coanda screen helps the filtration process complete accurately by the exerted forces of flow. Advantages of Coanda Screen Water screen provides clean water to the channels with high performance and self-cleaning. The main advantages of the Coanda Effect screen are: 1-Special surface treatment 2-Customizable design for the application 3-No power requirement 4-Long service life with negligible operational cost 5-High intake performance 6-Effective cleaning and capacity The main applications of the Coanda Hydro screen are 1-Hydropower Plants 2-Agricultural Applications 3-Dewatering 4-Drinking Water 5-Sediment Filtering 6-Water Treatment 7-Waste Water Treatment We provide customized Coanda Screen depending on your project needs. Shape:Curved Capacity:Customized Standart Gap Size:1mm Coanda Width:Changes With Project

The most popular and effective way for the Coanda Screen, also called hydropower screen, is using it for the Hydroelectric Plants – Hydropower energy. Coanda Water Screen prevents harmful materials, sediment in the intake process, and provides clean water. Thus, turbine blades in hydropower plants can operate for longer without being damaged. Thus, the Coanda Intake Screen operates long years with negligible maintenance and with no moving parts. Main advantages of Coanda Effect Screen in hydropower plants: - Sustainable energy production and increased output efficiency - Self-cleaning and no power requirement - Increased income with continuous water intake - Durable protection bars and negligible maintenance - Specialised design for high water intaking performance - Protection of turbine blades from abrasion, sediment and debris We are able to improve your electric generation efficiency with our high capacity Coanda Sieb Screen.

The bicylinder screen also called drilled press screen is used for special filtering applications with high efficiency filtration. The drilled screen consists of a counterbore hole and looks perforated. Counterbore holes can be manufactured in different diameter and depths. Moreover, screens can also be manufactured in different thicknesses depending on your request and application. Advantages 1-Special filtration 2-Counterbore and customized filtration holes 3-Corrosion resistance 4-High durability – long service life 5-Precisely drilled holes 6-Special surface treatment Applications 1-Sugar Pulp Pressing 2-Water Filtration 3-Paper Mills 4-Pressing 5-Processing of Chemicals 6-Seperation Process Type:Flat/cylinder - perforated Material:Stainless Steel 304, 304L, 304HC, 316, 316L, 316Ti, 321 or depending on your request.

Granite stone is a very popular, hard, igneous rock with wide attractiveness and use. Produced from the slow crystallization of molten rock below the surface of the planet, granite is usually made up of quartz, feldspar, and mica. These very minerals are responsible for the speckled look and wide color range, making it a favorite for many residential and commercial projects. This robust nature of the stone makes it associated with features such as scratch resistance, stain resistance, and heat resistance that number in many applications on countertops, flooring, and other components that involve decoration. On the other side, granite is applied outdoors with such applications as paving stones, cladding, and different landscaping features due to its strength and resilience against changes brought by weathering and wear.

Advanced Technology of Our Track Cone Crusher PTK156 Our track cone crusher PTK156 is designed to deliver top-notch performance and efficiency in various crushing applications. It features a hybrid drive system that combines the reliability of Volvo, Cummins, and Perkins Tier 3-4 engines. This advanced hybrid technology ensures lower fuel consumption and reduced emissions, making the PTK156 an eco-friendly and cost-effective solution. With a top deck size of 5,000 x 1,500 mm and a bottom deck size of 5,000 x 1,400 mm, the crusher offers substantial screening area for optimal material processing. Weighing in at 34,500 kg, it is robust and durable, built to handle the toughest conditions. Powerful and Efficient Hybrid Drive System The PTK156 track cone crusher is equipped with a hybrid drive system, integrating the power and efficiency of Volvo, Cummins, and Perkins Tier 3-4 engines.

A 500-750 TPH Dolomite Crushing Screening Plant is a technology-driven large processing facility meant to provide high-throughput dolomite ore processing into different sizes of aggregates against use in the construction field. The abbreviation "TPH" stands for "tonnes per hour," and it means a plant of this kind can process from 500 to 750 tonnes of dolomite ore every hour. Dolomite plays a key role as a material in the construction industry, mostly produced into concrete aggregates and road base materials, among others of importance. These plants are important for the crushing and screening of dolomite ore into various sizes that would be needed for any specified construction project by providing a steady supply of high-quality aggregates, which are essential in a broad range of applications in the entire construction industry. 500 tons:750 tons

Track VSI Crusher: State-of-the-Art Solutions for Modern-Day Crushing Needs Our track VSI crusher is designed with meticulous care to meet modern crushing applications, especially for the production of sand up to the most important tertiary or quaternary crushing stage. Designed with the vision for versatility and efficiency, this crusher has been placed in the priority list for working with urban projects due to its compact build and performance. The advanced Rockshell 3/5 Port Rotor and Anvil Ring Open Shoe Table are such features that enable this track VSI crusher to deliver better outputs all the time. This makes it the most ideal choice for producing high-quality aggregate to meet the standards required by the current construction industry. Available in three versatile models, namely PTV700, PTV800, and PTV900, this crusher is able to offer solutions to achieve optimal performances at different scales of operations.

Unleashing Power and Efficiency: Our Track Mounted Impact Crusher Our track mounted impact crusher is a powerhouse, designed to deliver exceptional crushing performance with a high capacity of 200 - 350 t/h. This robust machine is equipped with an impressive opening size of 1,200 x 900 mm, allowing for the efficient processing of large materials. The crusher’s rotor size of 1100 x 1300 mm ensures optimal crushing efficiency, producing high-quality aggregates for various applications. With a substantial weight of 54,000 kg, our crusher is built to withstand the toughest conditions, providing reliable performance for your most demanding projects. Superior Crushing Capacity The outstanding capacity of our track mounted impact crusher, ranging from 200 to 350 t/h, makes it an ideal choice for high-volume crushing operations. This significant capacity allows you to process large quantities of material quickly and efficiently, reducing operational time and increasing overall productivity.

Vibrating horizontal and sloping screens are types of screening equipment commonly used in various industries to sort, classify, and separate materials based on size. Horizontal screens are designed with a level screening deck that vibrates horizontally, allowing materials to move smoothly across the screen surface. This horizontal movement helps in effectively screening materials, separating finer particles from larger ones. On the other hand, sloping screens are inclined at an angle, providing a sloped screening surface that allows materials to cascade down the screen. The sloping motion facilitates the movement of materials along the screen deck, aiding in the separation process based on size as particles pass through the screen apertures. Both vibrating horizontal and sloping screens operate using vibrating mechanisms that create controlled vibrations to move materials along the screen decks.

The 50–100 tph basalt crushing and screening plan is a plant that embodies facilities to screen and process basalt stones into a form with different stone sizes containing a capacity range from 50 to 100 tons per hour. These are plants designed scrupulously for taking extra care in handling the volcanic stone, basalt, which is known for its strength and durability. These plants primarily crush big stones of basalt into smaller pieces, after which they screen the materials that have come up with different sizes applicable in building, infrastructure, and industrial use. In essence, these plants produce high-quality aggregate that is used in projects that require materials to be equally strong and formidable. 50 tons:100 tons

Granite stone is a very popular, hard, igneous rock with wide attractiveness and use. Produced from the slow crystallization of molten rock below the surface of the planet, granite is usually made up of quartz, feldspar, and mica. These very minerals are responsible for the speckled look and wide color range, making it a favorite for many residential and commercial projects. This robust nature of the stone makes it associated with features such as scratch resistance, stain resistance, and heat resistance that number in many applications on countertops, flooring, and other components that involve decoration. On the other side, granite is applied outdoors with such applications as paving stones, cladding, and different landscaping features due to its strength and resilience against changes brought by weathering and wear.

Automatic Distribution Conveyor – Shuttle Type: An Invitation The Automatic Distribution Conveyor possessing a Shuttle Type design is a sophisticated material handling system applied in warehouses, distribution centers, and manufacturing facilities. This equipment is primarily engineered to automate the sorting and distribution of items along a conveyor line. Unlike the other systems, this system has a shuttle mechanism that runs across the entire width of the main conveyor, picking items up and transferring them transversely to specific offloading locations. It operates independently of the main conveyor and can handle the accurate transferring of items depending on their destination, size, weight, or any other parameter that needs to be considered. Incorporate this shuttle mechanism to improve the total efficiency and accuracy of the system in handling materials and automate the flow of goods through various processes from processing to shipping.

Limestone is effectively a sedimentary rock primarily consisting of calcium carbonate, typically in the form of the mineral calcite. Over vast ages, this rock builds up from depositional formation of marine creatures such as shellfish, coral, and algae that accumulate, sowing up as solid rock. Much of the time, these rocks contain fossils. Moreover, visible formation in terms of layers further bears record to its formation from the ocean's bed. Limestone has been used in construction since time immemorial owing to its high content of calcium. It is greatly durable, relatively easy to cut and carve, and provides an aesthetically pleasing material fit for building purposes of every type, from monuments to pavement stones. Adapted in highly ornate designs and sculptures, it is smooth in texture and beautiful in its coloration, thus giving a soft but timeless material for the architect or the builder.

A (VSI) Vertical Shaft Impact Crusher, commonly known as VSI crusher, is a type of crushing machine that utilizes a high-speed rotor with wear-resistant tips or anvils to crush materials into fine particles. Unlike conventional crushers that use compression or impact forces to break down materials, VSI crushers operate by throwing the material against stationary anvils, shaping the material into desired sizes. This process occurs as the rotor spins at high speeds, centrifugal forces propel the material outward, and the impact between the material and the anvils crushes the material into smaller particles. (VSI) Vertical Shaft Impact Crusher are renowned for their ability to produce well-shaped cubical end products and are commonly used in the production of high-quality aggregates, sand, and other construction materials. (VSI) Vertical Shaft Impact Crusher are versatile machines that find widespread applications in various industries, including mining, quarrying, and construction.

A specialized conveyor system called a telescopic radial stacker is used in material handling applications to stack bulk materials in radial stockpiles with efficiency. This equipment has an extendable and retractable telescopic boom that expands its reach and facilitates radial or circular material stacking. By utilizing the radial stacking feature the stacker can maximize storage capacity in a constrained footprint by forming stockpiles with a larger diameter.Effective bulk material management and storage is achieved through the widespread use of telescopic radial stackers in the mining construction and aggregate processing industries. To work the telescopic radial stacker extends its boom to the desired stacking area. From there materials are dispersed radially along the booms length. An even distribution of materials is created in a circular stockpile as the materials leave the conveyor belt because the stacker rotates around a central pivot point.

A Tertiary Impact Crusher can be understood as a kind of crushing machine to carry out further reduction of material past primary and secondary crushers. The Tertiary Impact Crusher works as an HSI. The stocky rotor customer-engineered by General Kinematics to have impact tools blowing bars or hammers turning at higher speeds smashes the material. These impact tools work extremely fast to achieve impacts that will break down the material into small, homogenized, and delicate particles. Our Tertiary Impact Crushers are designed for making optimal shaped aggregates and crushed materials with high fineness, for maximum control over particle size and shape and contributing to the achievement of product requirements in various industries and applications. Tertiary Impact Crushers are important in the final stage of crushing. This has been declared to be the final shattering that the materials undergo, which puts them to the characteristics needed in the end product.

The Grizzly Screen is used in a wide variety of fields, including mining, building material, and aggregate processing. It is mainly used to remove large or rough materials in the feed stream before reaching the position of primary crusher or processing equipment. The screen is useful for handling heavy loads and large, coarse materials since it is robustly built and includes heavy bars or grates that are spaced in a manner allowing small particles to pass through, but not large rocks, debris, and extraneous material. Grizzly Screen to permit only desirable-sized material to pass to the next stage of processing. The advantage is that it will try to avoid blockages, reduce wear on machinery, and stabilize a flow of materials throughout the plant. The Grizzly Screen design is simple in nature, and at the same time, efficient. It consists of a series of parallel bars or grates, set at a specific distance apart.

500-750 tph Riverstone Crushing and Screening Plants are advanced facilities specifically engineered to efficiently process Riverstones into high-quality aggregates at a substantial throughput capacity ranging from 500 to 750 tons per hour. These plants encompass specialized primary crushing equipment, advanced screening machinery, and efficient conveyors designed to handle large quantities of Riverstones. The primary crushers, typically jaw crushers or impact crushers, serve a pivotal role in breaking down the raw Riverstones into smaller fragments at the outset of the processing cycle. This primary crushing phase is essential for preparing the raw material for subsequent processing stages by effectively reducing the size of the Riverstones within the specified high throughput capacity. Post primary crushing, the material undergoes screening utilizing vibrating screens to classify the aggregates into various fractions based on size. 500 tons:750 tons

The PMCC2 is a mobile jaw and cone crusher - 1 for the secondary and tertiary grades of crushing and screening. It includes a primary Jaw Crusher and a secondary or tertiary Cone Crusher. This system allows for the effective processing of literally any material, from hard stone to soft minerals, which gives great flexibility and versatility in the operation of material crushing. The PMCC2 model features high performance, mobility, and adaptability, thus making it ideal for mining, construction, and quarrying applications for the production of different grades of aggregates. This unit comes typically equipped with advanced technologies for best efficiency and quality of output, thereby leading to successful material processing operations. Introducing the game-changing PMCC-2 from Polygonmach—a crushing and screening plant on wheels that comes with the jaw-jaw configuration, hosting 120-150 TPH robust capacity, depending upon the gradians of material hardness.

The 150-250 TPH Dolomite Crushing Screening Plant is an installation designed to treat specially dolomite-bearing ore. After processing through crushing and screening, dolomite is produced in different aggregate sizes that find target applications. The abbreviation "TPH" expands into "tonnes per hour," asserting this plant's capacity to treat 150-250 tonnes of dolomite ores on an hourly basis. Dolomite is a type of double-carbonate mineral. Such a composition of calcium magnesium carbonate has immense use, mostly in the construction industry, both of concrete aggregates and in the manufacture of road-based materials. Such plants are involved in the effective crushing and screening of dolomite ore for the production of quality aggregates, which form the fundamental ingredients for infrastructure construction works where supply has to be ensured. 150 tons:250 tons

This Track Mounted Screen Plant offers unrivaled classifying and materials processing in the fields of waste management, mining, metallurgy, construction, civil engineering, and building materials in large-scale crushing and screening operation. In contrast to stationary screening systems, it is mounted on tracks and thus can easily be moved around a job site. The mobility of this machinery is particularly ideal for projects that involve frequent relocation or are stationed in rugged, uneven terrains where the movement of stationary equipment is time-consuming and difficult. Track Mounted Screen Plant finds most of its usage in sizing and separation, which is quite vital in mining, construction, and even recycling industries where material grading should be very keen on accuracy. Polygonmach designs highly efficient and long-lasting track-mounted screen plants. It stands equipped with an advanced feature for maximum operational efficiency regarding adjustable screen angle

A Secondary Impact Crusher is a type of crushing machine that typically comes in the form of a Horizontal Shaft Impactor (HSI). This crusher is designed to provide secondary or tertiary crushing capabilities by generating high-speed impact forces to further reduce the size of the material processed. In comparison to a Primary Impact Crusher, a Secondary Impact Crusher is usually aimed at producing smaller, finer particles and more refined end products. It operates by utilizing a rotating rotor equipped with impact tools such as hammers or blow bars that strike the incoming material, causing it to break apart through impact forces. Secondary Impact Crushers are commonly used after primary crushers in various industries such as mining, quarrying, and recycling to achieve a more refined product size or shape. These crushers excel at producing well-shape aggregates, finely crushed materials, and secondary applications requiring fine particle sizes.

For a variety of uses such as quarry mining and construction mobile crushing and screening plants are advanced machinery systems designed to crush and screen rocks minerals and other materials. These plants combine screening and crushing operations onto a single mobile platform providing great efficiency and flexibility. These plants are a popular option for many industrial operations because they save space and money by doing away with the need for separate crushing and screening units.In order to reduce big chunks of stone and other materials into smaller more manageable sizes for a range of applications mobile crushing and screening plants work by coordinating a series of coordinated actions. First materials like stones are fed into the feeder which controls the flow of materials to the crusher so that the stream is steady and easy to handle.

A basalt crushing and screening plant is a facility that meets the purposes of crushing and screening of basalt stones into aggregate sizes demanded on construction fields, infrastructure, and industry. Basalt is an igneous rock with basaltic features. Large pieces of basalt are broken into smaller ones in the process of crushing, made with such equipment as jaw crushers or cone crushers. After the primary crushing stage, it is separated by sifting in order to segregate the particular material according to size, enabling the production of different sizes of the same material. The efficiency of separation for these highly intermixed crushed basalt materials, in different fractions by size, by the vibrating screens makes them an integrative screen in the process. It is t he enormous product that comes out from basalt\toc crushing and screening plants. It can be used as high-quality aggregate for making concrete, building highways, making gardens, and other constructions that need firm an

A Mobile Wheeled Crushing Screening Plant is a versatile and mobile plant used in various industries for crushing, screening, and sorting operations. This type of plant is mounted on wheels for easy transportation between various job sites and, therefore, allows for efficient on-site processing of materials. A mobile, wheeled processing plant performs the main function of transforming stones, minerals, or construction waste into given dimensions according to the need and separating and screening processed material with respect to given specifications. These are high-turnover, critical plants in the construction, mining, and recycling industries, in which flexibility and mobility are important for maximizing operational efficiency and reducing transportation costs.

A 40-60 TPH Basalt Crushing Screening Plant represents the optimal configuration in regard to crushing and curing basalt stones for a proper production facility. Basalt, the volcanic rock, with phenomenal indicators for stress, is filled with the unknown minerals, having extremely unique properties, hardness, and durability, making it easy to produce. These plants intake large stones of basalts, crush them into smaller fragments using a primary crusher, and then secondary crushers take over to refine the material in order to obtain aggregate fractions of certain sizes. The vibration screens classify the crushed basalts into different size fractions. This systematic approach guarantees that projects in construction, infrastructure, and landscaping that require top-quality basalt aggregates meet the final quality and usability required. 40 tons:60 tons

Mobile and stationary jaw crushers are types of crushing equipment commonly used in mining, construction, and recycling industries to reduce the size of large rocks, ores, and other materials for further processing. Mobile jaw crushers are designed to be easily transportable and flexible, allowing them to be moved from one site to another. They are equipped with wheels or tracks for mobility, making them ideal for working in different locations. Mobile jaw crushers offer the advantage of on-site crushing, enabling materials to be crushed directly at the job site, reducing transportation costs and saving time. On the other hand, stationary jaw crushers are fixed in one location and are typically larger and more powerful than mobile crushers. They are designed for heavy-duty applications and continuous operation, making them suitable for high-capacity production in stationary plants.

A cone crusher is a type of crushing machine that utilizes a cone-shaped container to grind rocks and minerals into smaller particles. This equipment is commonly used in the mining and aggregate industries to produce finely crushed material for further processing. Cone crushers operate by squeezing the material between an eccentrically rotating piece called the mantle and a stationary piece called the concave. The crushed material exits the bottom of the machine through the discharge opening. These machines are known for their efficiency in reducing large rocks into smaller sizes, making them valuable tools in various industrial operations. 1. Mantle The mantle is a crucial component of a cone crusher, located beneath the concave. It is a sturdy, cone-shaped piece that gyrates within the concave, creating the crushing action. The mantle's gyrating motion crushes the material fed into the machine, resulting in the desired output size.

PTV700 Model: A High-Performance Vertical Shaft Impact Crusher Introducing the PTV700 Vertical Shaft Impact Crusher, a cutting-edge model engineered for high efficiency and optimal performance in crushing operations. This advanced crusher is ideal for applications requiring finely crushed aggregate, making it a versatile tool in sand making and mineral processing. With its impressive technical specifications, the PTV700 sets new standards in crushing technology. Featuring a closed rotor type, this crusher ensures precise material processing and delivers uniform and high-quality output. Its robust construction and advanced features make it a reliable and effective solution for modern crushing requirements. Rotor Type and Feed Size The PTV700 is equipped with a closed rotor type, designed to enhance material flow and improve crushing efficiency. The closed rotor ensures that material is processed consistently, resulting in high-quality, uniform aggregate output. MODEL NO:PTV700 Max Feed Size:38 mm Weight:32,000 kg Transport Dimensions (mm):16,100 x 3,100 x 3,200 Operation Dimensions (mm):15,050 x 3,100 x 4,350 Main motor:132kw