PRODUCTS

Secure the heart of your power transmission system with our American Standard Custom-Made Stainless Steel Industrial Sprocket. Specifically engineered for industries that demand zero compromise on hygiene and corrosion resistance, these sprockets are the definitive solution for high-performance drives in North American and global markets. Whether your application is in pharmaceutical cleanrooms or corrosive chemical processing, our custom stainless steel sprockets deliver the rhythmic precision and long-term durability your facility deserves. Full ANSI Compliance: Precision-cut to American National Standards Institute (ANSI) specifications for perfect chain engagement.
Superior 300/400 Series Stainless: Available in 304, 316L, and 410 grades to match your specific environmental chemistry.
Bespoke Engineering: Completely customizable tooth counts, bore diameters, keyways, and hub configurations.
Extreme Environment Ready: Naturally resistant to wash-down chemicals, high-salinity atmospheres, and extreme temperature fluctuations.

Optimize your mechanical performance with our ISO Standard Tooth Surface Hardened Sprockets. Designed to be the perfect counterpart to high-precision roller chains, these sprockets are engineered to eliminate the premature wear and energy loss that plague standard drive systems. By focusing on tooth-surface integrity, we provide a transmission solution that ensures your machinery operates with maximum torque and minimum noise. Induction Hardened Teeth: Optimized for high-wear resistance, extending the component life by up to 3 times compared to standard sprockets.
ISO 606 & DIN 8187 Compliance: Precision-manufactured to global standards for seamless interchangeability.
C45 Premium Carbon Steel: Crafted from high-density forged steel for exceptional structural strength and load capacity.
Made-To-Order Flexibility: Custom bore sizes, keyways, and surface finishes available to meet your exact machinery specifications.

A standard sprocket is a transmission component used in conjunction with standard chains (such as roller chains, silent chains, etc.), achieving power transmission or material conveying through the meshing of its teeth with the chain.

The basic structure of a chain wheel includes the tooth section, the wheel body, and the shaft hole. The tooth section is the key part where the chain wheel engages with the chain, and its shape and size determine the performance of the chain wheel. The wheel body is the main part of the chain wheel, used to support the tooth section and transmit torque. The shaft hole is the part where the chain wheel connects to the shaft, and its size and shape need to match the shaft.

A sprocket is a wheel with embedded teeth designed to engage with accurately spaced blocks on a chain link or cable, enabling the transmission of power. The tooth profile of a sprocket is designed to ensure that the chain enters and exits the engagement smoothly and effortlessly, while reducing the impact and contact stress during engagement.

Chain wheels are widely used in various industries, including but not limited to chemical, textile machinery, escalators, wood processing, three-dimensional parking garages, agricultural machinery, food processing, instrumentation, petroleum equipment, etc. In these industries, sprockets are used to drive various equipment and achieve power transmission and conversion.