Standard Sprocket
PLW or Made to order
Alloy Steel/Stainless Steel
Plywood Case
Standard
Sprocket
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Nonstandard Industry Made-to-Order or Plw Plywood Case Chain Sprocket Motorcycle Parts
Product Description

Unique Hex Bore Anti-Slip Design: Adopts precision-machined hexagonal inner bore structure, which locks firmly with hexagonal drive shafts. Compared with traditional round bores, the hex bore completely eliminates shaft slipping, idle rotation and wear clearance during high-torque operation, ensuring stable and consistent power transmission for agricultural machinery.
Full Customization Support: Highly customizable to meet diverse farm equipment demands. We provide customized services including custom hex bore dimensions, various tooth numbers, pitch specifications, plating/black oxide surface treatment and hardness adjustment. Custom logo and size marking are also available to match different machinery models and client requirements.
Heavy-Duty Agricultural-Grade Material: Made of high-strength carbon steel with integrated forging and precise heat treatment. The sprocket body features strong impact resistance, high hardness and excellent fatigue resistance, capable of coping with frequent startup, heavy load and violent vibration common in farm operations.
Harsh Environment Adaptability: Optimized structure with smooth tooth surface and anti-adhesion performance effectively prevents straw, soil, dust and crop residues from clogging the sprocket teeth. With good rust and corrosion resistance, it stably works in humid, dusty and muddy farm field environments all year round.
High Torque & Stable Transmission: Scientific tooth profile design ensures precise meshing with standard agricultural roller chains. The tight hex bore fit avoids transmission jitter and power loss, maintaining high-efficiency torque output and greatly reducing equipment failure rates during continuous farm operation.
Durable & Low Maintenance: Wear-resistant tooth structure and anti-rust surface treatment extend the service life greatly. The integrated forming process reduces structural damage, requiring minimal daily maintenance. It helps farmers cut replacement frequency and reduce long-term equipment operation costs.







