Wind power gear (1.5MW-16MW)

Tianshan provides specialized wind power gear components for modern wind turbine gearbox systems, supporting the mechanical transmission requirements of both onshore and offshore installations. The product range covers internal ring gears, output gears, sun gears, and planet carriers, offering component solutions for wind turbines with capacities from 1.5MW to 16MW.

With a focus on manufacturing precision, material strength, and operational durability, Tianshan develops gear components capable of handling demanding transmission loads and continuous operating conditions. Through precision machining, appropriate heat treatment processes, and comprehensive quality inspections, each component is manufactured to support stable gearbox operation, minimize mechanical wear, and extend service life.

As an experienced wind power gear manufacturer, Tianshan supplies component solutions for wind turbine manufacturers and renewable energy equipment projects, with product configurations tailored to different gearbox designs and application requirements.

Wind Power Gear Components for Wind Turbine Gearbox Systems

Tianshan manufactures a range of essential transmission components for wind turbine gearboxes, including:

• Wind Power Output Gear: Designed for reliable power transmission between gearbox stages and the generator drive system.

• Wind Power Internal Ring Gear: Provides the internal meshing structure required for planetary gear transmission.

• Wind Power Planet Carrier: Supports planetary gear assemblies and maintains accurate positioning within the gearbox.

• Wind Power Sun Gear: Transfers input torque to the planetary gears for effective power distribution.

These components are manufactured using precision machining processes and controlled production procedures to meet the mechanical requirements of wind turbine applications. Depending on the component design, manufacturing processes include CNC machining, gear shaping, grinding, and specialized heat treatment.

Compatible with wind turbine gearbox systems ranging from 1.5MW to 16MW, Tianshan's gear components are developed to accommodate different transmission configurations. Their dimensional accuracy, mechanical strength, and wear resistance help maintain stable operation under demanding load conditions.

For wind turbine gearbox manufacturers, Tianshan provides a comprehensive component supply option covering multiple stages of the planetary transmission system.

Wind Power Output Gear for Reliable Mechanical Power Transmission

Tianshan wind power output gears are manufactured for high-load transmission applications in wind turbine gearboxes. These components are responsible for transferring mechanical power through the gearbox transmission system and require reliable tooth engagement, structural strength, and dimensional accuracy.

Key Manufacturing Features:

• High-Strength Alloy Steel: Selected to provide the mechanical strength and wear resistance required for demanding gearbox operating conditions.

• Advanced Heat Treatment: Nitriding and carburizing processes can be applied to improve surface hardness and resistance to contact fatigue.

• Precision CNC Machining: Controlled machining operations help achieve accurate tooth geometry and dimensional consistency.

• Transmission Performance: Precise tooth profiles support smooth meshing, helping control operating noise, vibration, and transmission losses.

• Quality Inspection: Load simulation and fatigue evaluation are used to assess component performance and structural reliability.

Tianshan supplies customized wind power output gear solutions for turbine gearbox systems with capacities from 1.5MW to 16MW. Product configurations can be developed according to specific transmission requirements, providing wind turbine manufacturers with durable components for continuous power generation applications.

Wind Power Internal Ring Gear for Planetary Gearbox Assemblies

The wind power internal ring gear forms an important part of the planetary transmission mechanism in wind turbine gearboxes. Its internal teeth engage with the planetary gears to facilitate torque transmission and maintain coordinated gear movement under substantial mechanical loads.

Tianshan manufactures internal ring gears using high-strength alloy steel and precision CNC machining processes. Production is focused on maintaining tooth profile accuracy, dimensional consistency, and structural integrity to support dependable performance in both onshore and offshore wind turbine applications.

Product Features and Manufacturing Capabilities:

• High-Strength Material: Alloy steel construction provides the load-bearing capability required for heavy-duty gearbox applications.

• Precision Tooth Machining: Advanced CNC equipment supports accurate internal tooth geometry and reliable gear engagement.

• Carburizing Treatment: Surface hardening improves tooth surface hardness and wear resistance while supporting long-term operating durability.

• Dimensional Quality Control: Inspection procedures verify critical dimensions and machining accuracy.

• Load Performance Evaluation: Simulated operating conditions are used to assess the gear's ability to withstand demanding transmission loads.

Tianshan's wind power internal ring gears are designed to support stable planetary gearbox operation, helping reduce premature wear and maintenance requirements. Customized manufacturing solutions are available for different wind turbine gearbox configurations and capacity requirements.

Wind Power Planet Carrier for Accurate Gear Positioning and Load Support

Tianshan wind power planet carriers are engineered to hold planetary gears in their designated positions within wind turbine planetary gearboxes. Their structural design plays an important role in maintaining gear alignment, distributing mechanical loads, and supporting consistent transmission performance.

Manufactured from materials such as alloy steel and ductile iron, these planet carriers are developed to provide the structural strength and load-bearing capacity required for heavy-duty wind turbine applications. Appropriate surface treatments are also available to improve resistance to wear, corrosion, and fatigue-related damage.

Product Features and Manufacturing Capabilities:

• Robust Structural Materials: Alloy steel and ductile iron options provide strength and mechanical stability for different gearbox designs.

• Precision CNC Machining: Accurate machining of critical mounting and positioning surfaces helps maintain planetary gear alignment.

• Surface Protection: Suitable surface treatments help improve resistance to environmental exposure and operational wear.

• Balance and Alignment Control: Precision manufacturing helps reduce unwanted vibration and uneven loading during gearbox operation.

• Performance Verification: Load simulations and performance evaluations help verify structural integrity and operational reliability.

Tianshan supplies wind power planet carriers for both onshore and offshore wind turbine gearbox applications. Each solution is developed with consideration for gearbox structure, load requirements, and component integration, supporting long-term mechanical stability and dependable operation.

Wind Power Sun Gear for Efficient Torque Distribution

The wind power sun gear is the central gear in a planetary transmission assembly. It engages with the surrounding planetary gears and transfers torque through the gearbox, making tooth accuracy and material performance essential to the overall transmission system.

Tianshan manufactures wind power sun gears using high-performance materials selected for strength, fatigue resistance, and wear durability. Precision gear shaping and grinding processes are applied to achieve accurate tooth geometry, supporting consistent meshing and smooth power transmission.

Product Features and Manufacturing Capabilities:

• Durable Material Selection: High-performance materials are used to withstand repeated mechanical loading and demanding operating conditions.

• Precision Gear Processing: Gear shaping and grinding help maintain accurate tooth profiles and meshing performance.

• Induction Hardening: Heat treatment improves surface hardness and wear resistance for extended service life.

• Transmission Accuracy: Controlled tooth geometry supports efficient torque transfer and helps minimize mechanical losses.

• Performance Testing: Vibration analysis and stress simulation are used to evaluate operational stability and component strength.

Designed for integration into wind turbine planetary gearboxes, Tianshan wind power sun gears support consistent torque distribution and reliable transmission performance. They provide component solutions for wind turbine manufacturers seeking precision-engineered gears for demanding renewable energy applications.