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DTII/TD75 General-purpose Belt Conveyors feature large conveying capacity, long transportation distance, stable, safe and reliable operation, and can continuously convey materials, which facilitates the realization of automatic and centralized control.
DTL-type fixed belt conveyor is the primary conveying equipment for centralized underground transportation, main inclined shaft hoisting and raw coal transportation in surface production systems of coal mines.
DSJ-type extensible belt conveyors are mainly applied for gateway transportation at fully-mechanized mining faces, high-grade conventional mining faces and ordinary conventional mining faces underground coal mines, and can also be used for transportation in roadway driving.
DG-type pipe belt conveyor is a new bulk material conveying equipment independently developed by our company by absorbing advanced foreign technologies.
A horizontal curve belt conveyor is a special type of belt conveyor that realizes horizontal turning with flat conveyor belts. It can also perform vertical convex and concave arc bending together with horizontal turning to form spatial curve conveying routes.
Steel cord conveyor belts adopt open-structured steel cords, which feature higher adhesion strength with rubber compound compared with ordinary steel cords.
In addition to the high tensile strength and low elongation properties of ordinary steel cord conveyor belts, steel cord flame retardant conveyor belts for coal mines also feature flame retardancy and antistatic performance.
Tear-resistant steel cord conveyor belts are also known as transversely reinforced conveyor belts overseas. Their structure features an additional transverse reinforcing material laid on one or both sides of the steel cord core. Depending on anti-tearing requirements, polyester fabric, nylon mesh, steel wire mesh or steel cord can be adopted as the tear-resistant layer. The tear-resistant layer can be applied on the carrying side, the non-carrying side, or both sides as required.
This product takes an integral carcass woven from chemical fiber and cotton as the framework. It is manufactured by impregnating the carcass with PVC paste, laminating rubber cover layers and vulcanizing, and is used for material transportation in underground coal mines and other places requiring flame retardant and antistatic performance.
This product adopts an integral solid woven carcass as the framework material. It is manufactured by impregnating and coating PVC material with excellent antistatic and flame retardant properties followed by plasticization, complying with standard MT914-2008. PVC flame-retardant conveyor belts are suitable for material transportation under dry conditions with an inclination angle below 16°, and are used for conveying materials in underground coal mines and other sites requiring flame retardant and antistatic performance.
Speed regulation of variable-speed fluid coupling is realized through volumetric adjustment of the transmission medium. Inside the liquid storage chamber formed by the pump impeller, turbine and housing of the coupling, there is a scoop tube capable of radial sliding. When the coupling rotates, centrifugal force generates a rotating liquid ring within the storage chamber. The liquid ring surface carries a certain pressure, allowing fluid to flow out of the chamber through the scoop tube orifice.
Limited torque fluid couplings can enhance the starting performance of motors, protect motors against overload, reduce impact and vibration, and coordinate load distribution in multi-motor drive systems.
The J-type radial jaw elastic coupling is a new type of coupling suitable for conveying equipment independently developed by our company on the basis of absorbing advanced technologies of similar foreign products.
The serpentine spring coupling combines the high torque capacity of gear couplings and the flexible performance of elastic couplings. It is the simplest and most cost-effective coupling for high-torque working conditions.
The NJD (DSN) low-speed backstop is a new type of non-return device specially designed for high-inclination and high-capacity belt conveyors.
The light steel structure, namely the light steel building system, is a fully prefabricated light steel building assembled mainly with high-performance structural steel products including hot-rolled lightweight H-beams, lightweight welded section steel, high-frequency welded section steel, cold-formed thin-walled section steel, thin steel plates and thin-walled steel tubes, supplemented by various high-efficiency decorative and connecting materials. It can meet specific service functions and spatial requirements of buildings.
Multi-story steel structure is a common building structural form. Its frame is mainly composed of steel, with various plates matched to form walls and other components.
A truss is a geometrically invariant structure composed of rod members. It can either serve as an independent structure or function as a unit within a structural system to bear loads.
Adopting advanced automation technologies, it realizes automated, digital and intelligent monitoring and management throughout the production process. It enables efficient and precise manufacturing, improves product quality, cuts production costs and strengthens the enterprise’s competitiveness.
As the core transmission and load-bearing components of belt conveyors, drums exert a direct impact on the conveying efficiency and service life of the equipment. To guarantee the safe and stable operation of belt conveyors, stringent quality control of drums must be implemented across every production stage to manufacture high-quality drums.
Fully automatic robotic welding for idler supports is an advanced production process. The PLC control system continuously optimizes welding process parameters based on the material, thickness, structure and other characteristics of idler supports, resulting in uniform and aesthetic welds with high-strength welded joints. It effectively improves the welding quality and reliability of idler supports to achieve optimal welding performance.
Computer-aided design enables automatic programming and cutting operations, boosting production automation and processing consistency. It can cut various complex shapes and patterns in accordance with technical requirements. In addition, rational nesting of raw materials minimizes leftover scraps to lower material costs.
Heat treatment is one of the core processes in metal processing. By precisely controlling the heating, heat preservation and cooling procedures of materials, it modifies their internal microstructure to optimize mechanical properties or specific physical and chemical performances, thereby improving the shaft’s strength, hardness, toughness and other characteristics.
Steel cord conveyor belt is a high-strength and wear-resistant industrial conveyor belt, widely used for heavy-duty material transportation in mines, ports, power plants, metallurgy and other industries. Its core structure adopts multiple layers of high-tensile steel cords as reinforcing skeleton, covered with rubber or other polymer materials on the outer surface.
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