Equipment involved in the extraction and processing of minerals is faced with high loads daily: blows, friction, and the effects of chemical reagents. These factors accelerate the wear of the working nodes and require constant repair costs. An effective w
Following plates extend the service life of the equipment, reducing the frequency of downtime and reducing the cost of maintenance in the mining industry. "Mining Element" designs and supplies lining solutions for roars, crushers, feeders, bunkers and pas
All lining is made according to industry standards and undergo laboratory tests. The company cooperates with a certified laboratory equipped with the necessary testing equipment undergoing regular checks, which allows you to select the best wear -resistan
“Mining Element” designs, manufactures and supplies wear -resistant materials from improved alloys for lining roar, bunkers, feeders, drives, passage nodes and dozens of other types of equipment.
The certified laboratory with which our company cooperates is equipped with all the necessary testing equipment undergoing regular checks. The production process is regulated by the requirements of industry standards. Thanks to these factors, our company
The Mining Element also released a number of products that are modified options for lining listed above:
Rubber slabs — The standard solution for protecting equipment in the mining industry, as they have good wear resistance and gap resistance.
Application: The first and second stages of crushing, zones with a large shock load in the form of friction, sliding in loading gutters, bunkers, storage tanks, and overload points.
Rubber-ceramic slabs Optimally suitable for processing large volumes of material, as they combine high amortization properties of rubber with wear resistance of alumoxy ceramics.
Application : Files, gutter, trays, unloading trays of roar, transmission points in conveyor systems, in the materials of deflectors and screening gutters.
Polyuretan-ceramic slabs Optimally suitable for processing large volumes of material, as they combine the high depreciation properties of polyurethane with the wear resistance of alumoxy ceramics
Application: Files, gutter, trays, unloading trays of roar, transmission points in conveyor systems, in the materials of deflectors and screening gutters.
Polyurethane slabs They have a number of significant advantages over metal, rubber and some other plastics: they have increased abrasive resistance, resistance to break, reduction of shock loads and a wide range of hardness.
Application : Loading gutter, bunkers, drives for sticky and abrasive materials. Suitable for curved and concave surfaces
Super -skilled polyethylene slabs Suitable for protection against wear caused by friction of slip and shock loads with a slight angle of particles fall, as well as to exclude sticking.
Application: Loading groove, storage of dry substances, storage tank, tray for transporting a small fraction
Wanted steel linen Suitable for widely used - the material is extremely persistent with abrasive abrasion and cracking. In the production process, we use the method of metallurgical steel purification and unique hardening technology, so lining acquire uniform hardness and s
Application: Corps of drums, mixers of cement, buckets, knives of feeders, trolleys, screw transporters of mining and earthwater vehicles.
Element bimetallic lining — This is a combined solution, consisting of structural steel, which is the basis, and fused on automated equipment of a special wear -resistant coating. “Mining element” makes five types of bimetallic lining with a homogeneous chemical composition and hard
Application: Fotter of the bodies of dump trucks, buckets of excavators, crushers, loading funnels, bunkers, gutters, mixers.
Rubber lining with ferrite magnets have good wear resistance and gap resistance. The unique design allows you to quickly install and dismantle lining from the surface of the equipment without additional installation elements. The low weight of lining in conjunction with high protective pro
Application: Files, bunkers, nodes of piercing bulk cargo in conveyor systems, unloading sleeves of distribution components of crushing plants.
Tires made of rubber with wear -resistant steel They are opposed by shock loads and abrasive wear. Each pass and overload device has the so -called contact stroke - the place where the main part of the breed gets during transportation. This surface is subject to the most intense wear up to through hole
Application: Sprinkle and overload devices.
Polyurethane lining with Peek Made using high -quality polyurethane and polyester ethenes, which makes it possible to use this material in aggressive environments (salts, alkalis).
Application: Shipping nodes and loading devices, trays and estrus.
The unique lining design allows you to evenly resist wear. Small particles of the rock are clogged between carbide tips, due to which the process of self -functioning occurs, which increases the walking of lining by several times. After the wear of the ca
Application: Overloading devices, feeders, boot bunkers.
Cast iron slabs with ceramic inserts They are used in mining and cement industries.
Each panel consists of several ceramic elements enclosed in a steel shape. Thanks to this design, only the upper surface of the ceramic inserts is exposed to wear. The conical shape of the ceramic elements allows you to hold the elements in place and prev
Application: Shipping nodes and loading devices, trays and estrus.
There are three options for the execution of plates to protect different zones of equipment from abrasive wear. A variety of geometric shapes of lining elements allows you to create the most optimal lining layout schemes on a protected surface to achieve
Application: Fotter of the buckets of excavators.
There are many factors affecting the state of equipment in mining enterprises: the height of the fall of the material, the fraction of the fraction, the productivity of the equipment, the angle of falling material and others. Every day, several thousand t
Combined wear -resistant materials are most effectively protected by several types of wear
Such an individual approach, selected under the working conditions of a particular enterprise, will increase the life of the equipment, ensure its uninterrupted operation and save the company's funds on frequent re -engagements.