Tower Crane Hoist Reducer Bevel Gear:Precision, Durability, and Reliability

Q1: What is the Hoist Reducer Bevel Gear?

The Hoist Reducer Bevel Gear is a key component in the hoisting mechanism of a tower crane. It transmits power from the motor to the hoist drum, enabling controlled lifting and lowering of heavy loads.

Q2:Why is it so important?

Its precision and strength directly impact the crane’s lifting efficiency, safety, and operational lifespan. A high-quality bevel gear ensures minimal wear, reduced downtime, and reliable performance under heavy loads.

Q3: What are the technical specifications of this bevel gear?

Our bevel gear is engineered to meet stringent industrial standards with the following exact specifications:

1.Number of Teeth: 6

2.Outer Diameter: 55 mm

3.Number of Spline: 41

4.Material Processing: Precision stainless steel hobbing for excellent surface finish and dimensional accuracy.

Q4: What are the benefits of using this bevel gear in tower crane hoist systems?

1.Enhanced Durability: Made from high-strength alloy steel and treated with advanced heat processes.

2.Precision Engineering: Hobbing process ensures smooth meshing and efficient power transmission.

3.Reduced Maintenance: High wear resistance extends service life and lowers operational costs.

4.Safety Compliance: Manufactured under strict quality controls, meeting both ISO and national standards.

5.Reliable Performance: Suitable for high-load, high-frequency lifting applications in construction and industrial settings.

Q5: What materials and manufacturing processes ensure its durability and performance?

We adhere to a strict quality control protocol from raw materials to finished product:

1.High-Quality Raw Materials

2.Heat Treatment

3.Precision Machining

4.Quality Assurance:Finished products comply with ISO 9001 Quality Management Systems and relevant national standards.

Q6: How does this gear contribute to overall crane safety and efficiency?

1.A well-manufactured bevel gear minimizes vibration, reduces noise, and prevents unexpected failures—critical factors in maintaining safe lifting operations.

2.By ensuring smooth power transmission, it also improves energy efficiency and reduces strain on motors and brakes.