Orthogonal 10:1 Ratio Gear for Reducers – Reliable Power Transmission
The orthogonal 10:1 ratio gear is a high-precision transmission component specifically designed for industrial reducers. With its 10:1 gear ratio, it effectively reduces motor speed while increasing torque output, providing reliable and efficient power transmission in demanding environments.
Key Features of Orthogonal 10:1 Ratio Gear for Reducers
Accurate 10:1 Gear Ratio – Ensures consistent speed reduction with stable torque output.
Orthogonal Design – Compact 90° configuration suitable for space-constrained reducer systems.
High-Strength Materials – Manufactured from premium alloy steel with advanced carburizing and quenching treatment for exceptional wear resistance.
Precision Machining – Strict tolerance control minimizes backlash, vibration, and noise during operation.
Durability & Reliability – Optimized tooth geometry and surface finishing ensure long-term performance under heavy loads.
Technical Benefits
High efficiency with smooth power transmission
Excellent load-carrying capacity for continuous operation
Reduced maintenance costs due to superior wear resistance
Adaptable to various reducer housings and installation standards
Typical Applications
Industrial gear reducers and gearboxes
Conveyor systems & material handling equipment
Automation and robotic drive systems
Textile, packaging, and mining machinery
Heavy-duty mechanical equipment requiring torque amplification
Why Choose This Gear?
The orthogonal 10:1 gear offers the perfect balance between compact structure, high torque output, and operational reliability. It is an ideal solution for OEM manufacturers, mechanical engineers, and industrial buyers seeking a long-lasting and cost-effective reducer component.
Orthogonal 10:1 Ratio Gear for Reducers – Reliable Power Transmission | |
Material | High-quality Alloy Steel (20CrMnTi,20NiCrMo) |
Shape | Spiral bevel gear, hypoid gear |
Teeth Profile | Gleason |
Module (M) | ≤4 |
Accuracy Grade | ISO 4-6 Grade |
Service | Customized |
Heat treatment | Quenching / surface carburizing / nitriding |
Hardness | HRC 58–62 (after carburized) |
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