Product

Torque level 8-10Nm/cm³

D-type high torque twin screw gearbox: 

The D-type high torque twin screw gearbox is a mechanical gear device that can carry high torque and high power transmission. The principle is to convert the high torque and low torque motion of the motor into low speed and high torque motion through gears of different sizes meshing with each other, thereby achieving a high efficiency, low noise, and long life transmission mode for mechanical equipment.

Features:

1. High efficiency: The D-type high torque twin screw gearbox has high transmission efficiency and can withstand large torque. It is suitable for parallel and co-rotating twin-screw extruders with high output.

2. Long life: The D-type high torque twin screw gearbox is made of high-strength alloy steel material. It has the characteristics of high strength and good toughness, and can maintain good working condition during long-term operation. 

3. Shock absorption and noise reduction: The D-type high torque twin screw gearbox has a reasonable gear meshing method, smooth operation, and low noise, which can reduce the vibration of mechanical equipment during operation.

Gearbox main body: 

1. Professional CNC processing and manufacturing.

2. Made of high quality cast iron material.

3. High rigidity main body shock-absorbing design.

Bearings: 

Japanese INA, NTN, and NSK bearings are selected with high precision to ensure the safety and stability of the gears.

Plate heat exchanger:

A large-area and efficient plate heat exchanger is selected to ensure that the cooling system of the gearbox is safe and reliable.

Gear: 

1. Made with high precision gear shaping and grinding machines and high precision and efficient gear hobbing machines, with high processing accuracy and long service life.

2. Material with low carbon alloy steel.

3. Carburizing and quenching process/hardness.

Enlarged and thickened lubrication and cooling pipeline design: 

1. Enlarging and thickening the pipeline will help reduce the generation of louder noise when the gearbox is running.

2. Flow/temperature/pressure feedback design ensures stable operation of the gearbox.

Detailed parameter list: