MAIN PRODUCTS

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Excellent mechanical properties, light weight, easy installation, maintenance-free; stable operation, long life, etc. Our factory also produces more conveyor belt related products, which can fully meet your needs.

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Grooved idlers are primarily used in outdoor environments with high dust levels and strong corrosivity.

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The drive roller is the core component of the roller conveyor, used to support and drive the conveyor belt. It consists of a steel pipe and bearings, and is usually hot-dip galvanized to prevent corrosion.

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The conveyor belt is the component of the roller conveyor used to convey materials, usually made of rubber, nylon, etc.

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Our company’s production process for standard conveyor rollers boasts excellent performance and quality, featuring a unique design, a rational structure, and advanced manufacturing techniques that ensure minimal radial runout, significantly reduced noise levels and energy consumption, while delivering superior load-bearing capacity. Our range of standard steel conveyor rollers includes groove-type rollers, flat rollers, cushioning rollers, vertical rollers, friction rollers, tapered rollers, suspended rollers, spiral rollers, and comb-shaped rollers.

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Buffer rollers are installed beneath the loading section of the conveyor, reducing the impact on the conveyor belt and thereby extending its service life. The rated load of the buffer roller is the same as that of a standard roller; however, the primary function of the buffer roller is to absorb shock. These rollers are specifically designed to mitigate the impact of materials falling onto the conveyor belt at the loading point. In cases where heavy or bulky materials are being transported, buffer rollers may even be strategically placed along the entire length of the conveyor system. What’s more, buffer rollers boast exceptional toughness—more than 10 times that of ordinary metals—along with excellent corrosion resistance, flame retardancy, anti-static properties, and an ultra-lightweight design. As a result, they are widely used in industries such as mining and material handling.

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The adjusting idler is the ideal corrective device for addressing belt misalignment in belt conveyors caused by factors unrelated to design or manufacturing. Featuring advanced structural performance, this product boasts sensitive and reliable operation, delivering remarkable correction results while remaining easy to install and use. It is an essential auxiliary equipment for preventing and effectively resolving conveyor belt misalignment, minimizing material spillage, enhancing transportation efficiency, and ensuring safe, high-quality, energy-efficient operations. Widely applied as a complementary component in belt conveyors across industries such as mining, power generation, metallurgy, chemical processing, grain handling, construction, ports, and terminals.

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The spiral idler is primarily used to remove debris adhering to the conveyor belt and also helps with slight belt misalignment correction. Our company’s spiral idlers feature a novel design, convenient installation and maintenance, self-centering for smooth operation, anti-sticking properties, low noise levels, minimal energy consumption, and extended service life for the conveyor belt.

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The rubber for the cast-iron idlers is directly vulcanized onto the surface of the steel pipe, offering high elasticity, excellent wear resistance, corrosion resistance, waterproof properties, and impact resilience—making it widely suitable for various operational environments. Moreover, its service life significantly surpasses that of conventional idlers. And if the outer rubber layer becomes severely damaged, it can easily be replaced with a brand-new cover, allowing the idler to continue serving effectively.

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This idler is a heavy-duty roller specifically designed for applications involving high throughput, heavy loads, and high belt speeds. Its unique design enables it to meet the demanding requirements of large-scale open-pit coal mines and metal mines, where capacities can range from 9,000 t/h to 25,000 t/h. Moreover, its rational structural and manufacturing processes ensure minimal radial runout, maximum axial load capacity, and excellent dynamic balance—achieving an advanced level that effectively minimizes vibrations while significantly reducing noise and energy consumption.