JINWOEN

● Materials：FD-0205、FN-0205、FD-0405、FN-0208 ● Applications：Power tools, Industrial machinery, Actuators, Medical devices ● Features：The bevel gear features a unique conical shape, primarily used for connecting axes at a 90-degree angle. JINWOEN’s bevel gears are made from sintered metal powder, offering both durability and precision. The powder metallurgy technology enables the creation of complex and precise shapes while providing tight tolerances to ensure stable operation of the gears. Through this process, the gears possess excellent impact strength and cost-effectiveness, making them an ideal choice for modern machinery applications.

● Materials：FD-0205、FD-0405 ● Applications：Actuators, Medical devices, Industrial machinery ● Features：Internal gears are cylindrical gears with teeth on their inner circumference, widely used in actuators, medical devices, industrial machinery, and power tools. Their primary advantages include low vibration and high cost-effectiveness, providing greater design flexibility for mechanical systems. Powder metallurgy is the preferred method for manufacturing internal gears due to its efficiency in precisely shaping metal powders, reducing material waste, and ensuring high dimensional accuracy and excellent surface quality, thereby enhancing product performance and meeting specific application requirements.

● Spur Gear Materials：FD-0205、FN-0205、FD-0405、FN-0208 ● Spur Gear Applications：Gearbox, Automotive and motorcycle, Power tools, Industrial machinery, Actuators ● Spur Gear Features：The spur gear is a common type of cylindrical gear with teeth that are parallel to the axis, suitable for power transmission between two parallel shafts. This gear design is simple and easy to manufacture, making it widely applicable in various mechanical systems, such as automobiles, industrial machinery, and power tools. Sintered spur gears offer excellent impact resistance and wear resistance, making them suitable for operation in high-load and high-speed environments. JINWOEN provides reliable solutions to meet the diverse industrial application needs of our customers.

● Materials：FD-0205、FN-0205、FD-0405、FN-0208 ● Applications：Automotive and motorcycle, Power tools, Industrial machinery, Actuators ● Features：The drive gear shaft is a critical mechanical component primarily used to transfer power from one part to another. It is typically combined with gears or other transmission elements to achieve smooth and efficient power transmission. This type of gear shaft is designed to withstand high loads and plays a vital role in various industrial applications, such as in automobiles, machinery, and automation systems. Drive gear shafts manufactured using powder metallurgy technology ensure high precision and uniform material structure, enhancing overall performance and durability.

● Materials：FC-0205、FN-0205、FN-0208 ● Applications：Automotive and motorcycle, Industrial machinery ● Features：A sprocket is a mechanical component primarily used in chain drive systems to transmit power and convert motion. Its design typically features a series of teeth that precisely engage with the links of the chain, ensuring smooth operation and efficient power transmission. Sprockets manufactured using powder metallurgy technology not only possess excellent wear resistance and impact strength but also offer enhanced dimensional precision and surface quality. This ensures the stability and reliability of the sprocket during operation under high loads and high speeds.

● Materials：FC-0205 ● Applications：Automotive, Industrial machinery ● Features：The timing pulley is a specialized mechanical component designed for use in synchronous drive systems, ensuring precise timing between the engine's internal parts. This type of pulley is typically used in conjunction with a timing belt to transfer power and maintain coordinated operation of the components, preventing engine misalignment and enhancing performance and efficiency. Timing pulleys manufactured using powder metallurgy technology offer high strength, excellent wear resistance, and stable dimensional precision, enabling reliable operation in high-stress and high-speed environments. Their outstanding performance makes them essential components in automotive and other industrial applications.