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It bears the weight of the vehicle body and cargo, as well as longitudinal traction and impact forces during operation.
Take the hydraulic tensioning trolley as an example: when the tension in the conveyor belt or wire rope changes, the hydraulic system detects this change and automatically adjusts the pressure in the hydraulic cylinder, thereby driving the trolley to move along its track—either pushing or pulling it—to reposition the pulleys or guide rails and, in turn, regulate the tension of the conveyor belt or wire rope.
The nose assembly is connected via vertical and horizontal pivot pins, enabling a certain degree of deflection and translation in both the horizontal and vertical directions.
The tensioning device frame is the critical supporting structure of the tensioning system, designed to secure and adjust the position of the tensioning assembly. It ensures that the transmission components—such as conveyor belts, chains, and wire ropes—maintain constant tension, thereby preventing slackening, slippage, or vibration and guaranteeing stable equipment operation.
The tensioning device frame is the critical supporting structure of the tensioning system, designed to secure and adjust the position of the tensioning assembly. It ensures that the transmission components—such as conveyor belts, chains, and wire ropes—maintain constant tension, thereby preventing slackening, slippage, or vibration and guaranteeing stable equipment operation.
By utilizing the deformation of elastic elements (such as springs and rubber) or damping media (such as hydraulic oil and gas), the impact forces generated by material or equipment motion are converted into thermal energy or other forms of energy, thereby preventing direct transmission to the tail-end structure and reducing the risk of equipment damage.
Provides stable support for tail pulleys, idler pulleys, or sprocket shaft assemblies, ensuring smooth operation of the conveyor chain or belt.
External Cast-Epoxy Electric Drum
Conveyor rollers are a common type of material-handling equipment, characterized by their simple structure, high reliability, and ease of operation and maintenance. A conveyor roller primarily consists of a drive roller, frame, support brackets, and a drive unit.
Conveyor rollers are a common type of material-handling equipment, characterized by their simple structure, high reliability, and ease of operation and maintenance. A conveyor roller primarily consists of a drive roller, frame, support brackets, and a drive unit.
Conveyor rollers are a common type of material-handling equipment, characterized by their simple structure, high reliability, and ease of operation and maintenance. A conveyor roller primarily consists of a drive roller, frame, support brackets, and a drive unit.
Truss-type longitudinal girder rod
The truss-type longitudinal girder support (longitudinal-girder truss) is a pipeline support structure in which individual pipe racks are connected by longitudinal girders to form an integrated support system, and it is widely used in piping projects across industries such as petrochemicals, power generation, and metallurgy.
Truss-type longitudinal girder rod
The truss-type longitudinal girder support (longitudinal-girder truss) is a pipeline support structure in which individual pipe racks are connected by longitudinal girders to form an integrated support system, and it is widely used in piping projects across industries such as petrochemicals, power generation, and metallurgy.
The idler bracket is a core component of the belt conveyor system, designed to support the idlers, prevent belt misalignment, and ensure stable operation of the conveying system.
The idler bracket is a core component of the belt conveyor system, designed to support the idlers, prevent belt misalignment, and ensure stable operation of the conveying system.
Nylon-rubber conveyor belts are particularly well suited for applications in mining—such as crushing and screening of ore, sand washing, port terminals, power generation, metallurgy, chemical processing, coal handling, steelmaking, cement production, and construction—where they reliably convey materials over most medium- to long-distance routes under high-load and high-speed conditions.
High-Inclination Conveyor Belt
Due to space constraints or the need to convey materials at steep inclines, this system is designed to prevent material spillage and is suitable for conveying materials at angles ranging from 0° to 90°.
It boasts excellent mechanical performance, lightweight construction, easy installation, and maintenance-free operation; moreover, it operates stably and has a long service life.
Hydraulic deviation adjustment device
The hydraulic belt-tracking device is a critical component in belt conveyor systems, designed to automatically correct belt misalignment. It achieves precise and rapid tracking adjustments via a hydraulic system, thereby ensuring stable belt operation.