K Series Helical–Bevel Gear Reducer features two stages of helical gearing and one stage of bevel gearing, forming a highly efficient three-stage transmission. The input and output shafts are arranged in a spatially offset configuration, enabling compact machine design and flexible system integration.

All gears undergo carburizing and quenching to a hardness of HRC 58–62, with a hardened layer depth of 0.2–2 mm, ensuring excellent wear resistance and load capacity.

With high torque density, reliable structural strength, and multiple installation configurations, the K Series is widely used in petroleum, metallurgy, mining, lifting machinery, transportation equipment, cement and construction systems, chemical processing, textiles, dyeing, pharmaceuticals, food production, and environmental engineering.

Highlights

• High Efficiency
  Utilizes a three-stage gear reduction system for superior transmission efficiency and excellent mechanical performance.
• Innovative Design
  Combines helical gears with a bevel gear set, forming a reducer with spatially offset input and output shafts for flexible installation.
• Modular Configuration
  A modular assembly design allows users to customize combinations based on specific installation conditions and load requirements.
• Stable & Low-Noise Operation
  Fine ratio grading, precision gear machining, and optimized tooth geometry ensure low vibration, low noise, and high transmission stability.

Technical Parameters

Key Product Features

• Spatially offset input and output shafts maximize internal housing space, allowing compact installation layouts even in restricted environments.
• High structural rigidity from the integrated cast-iron housing enhances shaft strength and bearing service life.
• High allowable radial loads and large output torque make it suitable for demanding continuous-duty systems.
• Precision-machined helical and bevel gears ensure stable operation, minimal backlash, and long operational life.

Application

The K Series Hellical–Bevel Gear Reducer is designed for medium-to-heavy industrial tasks requiring high torque, compact geometry, and efficient power transmission. It is widely used in:

• Petroleum and Petrochemical Equipment
• Metallurgy and Steel Processing Lines
• Mining Conveyors and Crushing Systems
• Cranes, Hoists, and Heavy Lifting Machinery
• Logistics and Transportation Conveyors
• Cement, Construction, and Building Materials Equipment
• Chemical Processing and Environmental Systems
• Textile, Dyeing, and Printing Machines
• Pharmaceutical and Food Processing Lines