Gear Transmission
• High Transmission Efficiency: The efficiency of gear transmission is usually above 98%, and the mechanical loss is low.
• High Reliability: Gear transmission structure is compact, and the meshing bettween gears during the transmission process ensures the continuity and stability of power transmission.
Synchronous Belt Transmission
• Low Transmission Efficiency: The efficiency of synchronous belt transmission is generally around 95%, which is slightly lower than that of gear transmission.
• Relatively Low Reliability: The synchronous belt may become loose or slip during operation, affecting the stability of the transmission.
Gear Transmission
• High Carrying Capacity: Gear transmission can withstand large torque and load, suitable for high-load, high-ontensoty industrial applications.
• Adapt to High Torque: Especially in equipment such as double planetary mixer that needs to handle high-viscosity and high-density materials, gear transmission can provide sufficient power.
Synchronous Belt Transmission
• Lower Carrying Capacity: The carrying capacity of synchronous belts is limited and is not suitable for ultra-high load applications.
• Limited Torque Transmission: When mixing high-viscosity materials, synchronous belt transmission drives may not be able to provide sufficient torque.
Gear Transmission
• Long Life: Gear transmission systems are usually made of wear-resistant materials and high-precision processing, and have a long life.
• Less Maintenance: In addition to regular lubrication, the maintenance requirements of gear transmission are low.
Synchronous Belt Transmission
• Relatively Short Life: Synchronous belts are prone to wear and aging due to material problems, and have a relatively short life.
• Frequent Maintenance: Synchronous belts need to be regularly inspected and replaced, and maintenance work is more.
Gear Transmission
• High Accuracy: Gear transmission has good transmission accuracy and stability, and can accurately control the stirring speed and torque.
• Strong Stability: Gear transmission has good rigidity and almost no elastic deformation during operation, ensuring the stability of power transmission.
Synchronous Belt Transmission
• Relatively Low Accuracy: Synchronous belt may have a certain elastic deformation during the transmission process, affecting the transmission accuracy.
• Poor Stability: Under high load and high speed operation, the stability of belt transmission is poor.