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Robust Spline Shaft Gear for Power Transmission
Our robust spline shaft gear is engineered for reliable power transmission in demanding industrial applications. Built to withstand heavy loads and harsh conditions, this gear ensures smooth and efficient performance. Its precision design and high-quality construction make it ideal for gearbox systems requiring dependable power transmission.
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Efficient Shaft drive for Gearbox Systems
This shaft drive with length 12 inches is used in automotive motor which is suitable for kinds of vehicles .
Material is 8620H alloy steel
Heat Treat :Carburizing plus Tempering
Hardness :56-60HRC at surface
Core hardness :30-45HRC
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Efficient Motor Shaft for High-Torque Needs
Our efficient motor shaft is engineered to meet the high-torque demands of industrial applications. Crafted from high-quality materials, this shaft delivers exceptional durability and performance, ensuring reliable power transmission. Its precision design enhances efficiency, reducing energy loss and maximizing output.
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High-performance Helical Gearbox Output Shaft
Experience superior performance with our high-performance helical gearbox output shaft. Precision-engineered for efficiency and durability, this shaft delivers smooth and reliable power transmission in helical gearbox systems. Built to withstand heavy loads and demanding conditions, it ensures optimal performance for your machinery.
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Durable Output motor Shaft Assembly for Gearboxes
This durable output motor shaft assembly is designed for use in gearboxes, offering exceptional reliability and longevity. Made from high-quality materials, this assembly is built to withstand the rigors of heavy-duty industrial applications. Its robust construction ensures smooth and efficient power transmission, making it an ideal choice for demanding gearbox systems.
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Helical pinion shaft used in helical gearbox
The helical pinion shaft with length of 354mm is used in kinds of helical gearbox
Material is 18CrNiMo7-6
Heat Treat :Carburizing plus Tempering
Hardness :56-60HRC at surface
Core hardness :30-45HRC
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OEM Motor shaft used in automotive motors
OEM Motor shafts the spline motor shaft with length 12 inches is used in automotive motor which is suitable for kinds of vehicles .
Material is 8620H alloy steel
Heat Treat :Carburizing plus Tempering
Hardness :56-60HRC at surface
Core hardness :30-45HRC
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Transmission Spline shaft Suppliers used in automotive motors
Automotive Transmission Spline Shaft Suppliers China
The spline shaft with length 12 inches is used in automotive motor which is suitable for kinds of vehicles .
Material is 8620H alloy steel
Heat Treat :Carburizing plus Tempering
Hardness :56-60HRC at surface
Core hardness :30-45HRC
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DIN6 Spur gear shaft used in planetary gearbox
In a planetary gearbox, a spur gear shaft refers to the shaft on which one or more spur gears are mounted.
The shaft that supports the spur gear, which can be either the sun gear or one of the planet gears. The spur gear shaft allows the respective gear to rotate, transmitting motion to the other gears in the system.
Material:34CRNIMO6
Heat treatment by : Gas nitriding 650-750HV, 0.2-0.25mm after grinding
Accurancy: DIN6
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Spline Gear Shafts used for Mining
Our high-performance mining gear spline shaft is crafted from premium 18CrNiMo7-6 alloy steel which ensures exceptional strength and wear resistance, making it an ideal choice for heavy-duty applications. Engineered for durability and reliability in the demanding field of mining, this gear shaft is a robust solution designed to withstand the harshest conditions.
The gear shaft’s superior material properties enhance its longevity, reducing the need for frequent replacements and minimizing downtime in mining operations.
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Hollow shafts used for motors
This hollow shaft is used for motors . Material is C45 steel. Tempering and Quenching heat treatment.
The primary advantage of the hollow shaft’s characteristic construction is the enormous weight saving that it brings about, which is advantageous not just from an engineering but also from a functional point of view. The actual hollow itself has another advantage – it saves space, as operating resources, media, or even mechanical elements such as axles and shafts can either be accommodated in it or they make use of the workspace as a channel.
The process of producing a hollow shaft is far more complex than that of a conventional solid shaft. In addition to the wall thickness, material, occurring load and acting torque, dimensions such as diameter and length have a major influence on the hollow shaft’s stability.
The hollow shaft constitutes an essential component of the hollow shaft motor, which is used in electrically powered vehicles, such as trains. Hollow shafts are also suitable for the construction of jigs and fixtures as well as automatic machines.
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hollow shafts supplier for electrical motor
This hollow shaft is used for electrical motors . Material is C45 steel ,with tempering and quenching heat treatment .
Hollow shafts are often used in electrical motors to transmit torque from the rotor to the driven load. The hollow shaft allows for a variety of mechanical and electrical components to pass through the center of the shaft, such as cooling pipes, sensors, and wiring.
In many electrical motors, the hollow shaft is used to house the rotor assembly. The rotor is mounted inside the hollow shaft and rotates around its axis, transmitting the torque to the driven load. The hollow shaft is typically made of high-strength steel or other materials that can withstand the stresses of high-speed rotation.
One of the advantages of using a hollow shaft in an electrical motor is that it can reduce the weight of the motor and improve its overall efficiency. By reducing the weight of the motor, less power is required to drive it, which can result in energy savings.
Another advantage of using a hollow shaft is that it can provide additional space for components within the motor. This can be particularly useful in motors that require sensors or other components to monitor and control the operation of the motor.
Overall, the use of a hollow shaft in an electrical motor can provide a number of benefits in terms of efficiency, weight reduction, and the ability to accommodate additional components.
