The SHINING 698-A-7T sprocket is precision-engineered to drive the 698 Drop Forged Rivetless Chain, a workhorse of sugar mill Feed and Washing Tables. Manufactured from high-quality carbon steel, this sprocket is built for the demanding conditions of sugar processing.

The SHINING 698-A-8T sprocket is specifically engineered for sugar mill applications, designed to drive 698 drop forged rivetless chains in feed and washing table operations.

The SHINING 698-A-9T SEG Sprocket is a robust segmental sprocket comprised of three individual segments, expertly engineered to drive the heavy-duty 698 Drop Forged Rivetless Chain.

The SHINING 1706M14-C-10T sprocket is engineered for reliable performance in demanding sugar mill applications.

The SHINING 2184 series sprocket delivers exceptional performance in demanding sugar mill applications, specifically designed for bagasse conveyor and elevator chain systems.

The SHINING 2198-A-15T sprocket is engineered for extreme-duty applications in sugar mill material handling systems. Designed with a robust 15-tooth configuration, this sprocket delivers reliable power transmission for heavy-duty conveyor chains operating under maximum load conditions.

The SHINING 2778M14-C-8T sprocket is engineered for heavy-duty performance in the challenging environment of sugar mills. Designed with an 8-tooth configuration, this sprocket ensures positive engagement and efficient power transmission for large-pitch chain systems.

The SHINING 09065-C-15T SEG sprocket is engineered for superior performance in demanding industrial environments such as Sugar Mill. Designed with a 15-tooth configuration, this sprocket ensures smooth and efficient engagement with heavy-duty conveyor chains, providing reliable power transmission under high-load conditions.

The SHINING 9184-C-13T SEG sprocket represents cutting-edge engineering for heavy-duty sugar mill conveyor applications. This innovative segmental sprocket is manufactured using a free-forging process for the steel billet, ensuring superior grain structure and enhanced impact resistance – critical for withstanding the abrasive conditions of bagasse handling systems.