Sprocket
Involute internal gear sprocket
Typically, a greater number of teeth is used to reduce the polygon effect.
Head and tail pulleys of the cement conveyor line
The head and tail pulleys for cement conveying lines are the core drive components of complete sets of plate-chain conveyors, bucket elevators, clinker conveyors, and scraper conveyors in the cement industry. Designed as a matched set—one driving and one idling—they are specifically engineered to withstand harsh operating conditions characterized by heavy loads, high dust levels, severe impact, and continuous 24-hour operation.
Typically, a greater number of teeth is used to reduce the polygon effect.
Typically, a greater number of teeth is used to reduce the polygon effect.
The head sprocket for cement conveying lines is the primary drive sprocket at the head of equipment such as plate-chain conveyors, bucket elevators, clinker conveyors, and chain feeders in cement production lines. It is a specialized core component designed for heavy-load operation, high-dust environments, severe impact, and continuous running, responsible for transmitting power and driving the conveyor chain—essentially serving as the “power heart” of the entire cement conveying system.
Typically, a greater number of teeth is used to reduce the polygon effect.
Typically, a greater number of teeth is used to reduce the polygon effect.
The glove machine sprocket is the core transmission component of the glove knitting, dipping, shaping, and packaging production line, used to drive, tension, and redirect the glove machine chain (such as 06B, 08A, and 12A), and is designed to meet the demanding requirements of high-speed, continuous, low-noise, and high-precision glove manufacturing.
Typically, a greater number of teeth is used to reduce the polygon effect.
Flaw Detection of the Drive Wheel in Food Machinery
Ultrasonic testing of drive sprockets in food processing machinery is a nondestructive testing (NDT) method used to inspect drive wheels on food production lines—such as P100 and P315 sprockets—to detect surface and subsurface defects, including cracks, inclusions, porosity, and fatigue damage. This critical quality-control measure ensures hygienic safety, operational stability, and long service life.
Food Machinery P100 Tail Wheel
The P100 tail sprocket for food processing equipment (also known as the P100 deflection sprocket or idler sprocket) is a critical driven, tensioning, and direction-changing component at the tail end of plate-chain and mesh-belt conveyors used in food production lines—for biscuits, bread, frozen foods, fruits and vegetables, beverages, and more. It is designed to match the P100 large-pitch conveyor chain (pitch of 100 mm) and is a dedicated sprocket that meets food-grade standards, features low noise, is easy to clean, and offers long service life.
80B Type Chain Driving and Driven Sprockets
The driving and driven sprockets are the core components of a chain drive system, transmitting power and motion between parallel shafts through the meshing engagement of the chain and sprockets.
Automotive production line sprocket
Automotive production-line sprockets are high-precision, low-noise, long-life transmission sprockets specifically designed for vehicle assembly and component manufacturing lines. They are widely used in final assembly lines, painting lines, welding lines, stamping lines, powertrain conveyor systems, and other process stations, serving as core foundational components of automated automotive conveying systems.
Automotive production line sprocket
Assembled sprockets—also referred to as modular, split, or prefabricated sprockets—are sprocket assemblies in which the rim, spokes/hub, keyways, and other components are manufactured separately and then assembled using bolts, expansion sleeves, or interference fits. Unlike conventional monolithic forged or cast sprockets, they are specifically designed for applications involving large diameters, heavy loads, difficult disassembly and reassembly, and frequent maintenance and replacement. They are widely used in equipment such as mining machinery, cement plants, coal mines, hoisting machines, and large-scale conveyors.
Assembled sprockets—also known as modular, split, or prefabricated sprockets—are sprocket assemblies in which the rim, spokes/hub, keyways, and other components are manufactured separately and then assembled using bolts, shrink-fit sleeves, or interference fits. Unlike conventional monolithic forged or cast sprockets, they are specifically designed for applications involving large diameters, heavy loads, difficult disassembly and reassembly, and frequent maintenance and replacement. They are widely used in equipment such as mining machinery, cement plants, coal mines, hoisting machines, and large conveyor systems.
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