The Hardened Tooth Bevel-Cylindrical Gear Reducer stands as a pinnacle of mechanical engineering, meticulously crafted to transform raw motor power into controlled, relentless torque. When you run your hand along its robust, industrial-grade cast housing, you immediately feel the uncompromising durability designed to withstand the most punishing operational environments. Inside, the precisely machined gears interlock with a satisfying, near-silent hum, a testament to the rigorous CNC grinding process that ensures flawless contact and minimizes friction. This seamless interaction not only reduces heat generation but also dramatically extends the lifespan of your critical machinery. By integrating this reducer into your production line, you are effectively eliminating costly downtime and erratic performance. The unit operates with a smooth, vibration-free consistency that protects your downstream equipment from sudden mechanical shocks. Whether tasked with driving massive conveyor belts, powering heavy metallurgical lifts, or sustaining continuous chemical processing, this reducer delivers a steady, unwavering force that optimizes your entire operational workflow, ensuring that your facility runs at peak efficiency around the clock.
Technical Parameters
Input power |
4kw~6000kw |
Output torque |
350N.m~360000N.m |
Transmission ratio adjustment range | 1.25~100 |
Price | 2000~200000 yuan |
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Engineered for excellence, this transmission unit incorporates several advanced features designed to resolve common industrial challenges. By focusing on durability, efficiency, and ease of maintenance, it directly enhances your operational productivity.
Exceptional Surface Hardness: The gear teeth undergo an intensive carburizing and quenching process, achieving a formidable hardness of HRC58-62. This translates to unparalleled wear resistance, drastically reducing the need for frequent replacements.
Whisper-Quiet Operation: Thanks to the state-of-the-art CNC grinding process, the gears achieve perfect meshing precision. This eliminates the harsh grinding noises typical of lower-tier equipment, fostering a safer and more comfortable acoustic environment for your workforce.
Maximized Energy Transfer: With single-stage efficiency exceeding 96.5%, the design ensures that nearly all input power is converted into usable torque, minimizing energy waste and lowering your facility's power expenditures.
Space-Optimized Architecture: Despite its immense load-bearing capacity, the unit features a highly compact volume and lightweight profile. This allows for straightforward integration into cramped machinery spaces without requiring extensive structural modifications.
Streamlined Maintenance: The modular design makes it incredibly easy to disassemble, inspect, and re-install. Your maintenance teams can perform routine checks swiftly, keeping your production lines moving with minimal interruption.
To fully appreciate the value this reducer brings to your operations, it is essential to examine its core technical dimensions. Each aspect has been refined to deliver uncompromising reliability and performance.
The foundation of our reducer lies in its uncompromising material selection and processing. This ensures the unit can withstand decades of continuous, heavy-duty operation without structural degradation.
Forged from premium high-strength low-carbon alloy steel to prevent structural fatigue under immense stress.
Subjected to precise carburizing and quenching, locking in a surface hardness of HRC58-62 for ultimate abrasion resistance.
Every gear component undergoes rigorous CNC grinding, securing flawless contact patterns that distribute loads evenly across the tooth surface.
When it comes to raw output, this unit is engineered to conquer the most demanding industrial tasks, providing a vast spectrum of power configurations tailored to your specific demands.
Accommodates a massive input power range from 4kw up to 6000kw, scaling perfectly with your specific motor setups.
Delivers staggering output torque, reaching up to 360,000 N.m, capable of moving monumental loads without hesitation.
Maintains superior transmission efficiency across all stages, ensuring your heavy-duty applications remain economically viable.
The physical geometry of the reducer is optimized for both spatial efficiency and mechanical stability, ensuring a seamless fit into your facility's existing architecture.
Engineered with a highly compact footprint, saving valuable installation space while maintaining structural integrity.
Operates with exceptional smoothness, mitigating vibrations that could otherwise degrade connected machinery over time.
Features an intuitive, user-friendly layout that drastically reduces the time required for routine internal inspections.
Versatility is at the heart of this design. It is built to adapt to a multitude of industrial environments, spatial constraints, and specialized mechanical requirements.
Flawlessly integrates into critical sectors including metallurgy, mining, chemical processing, and heavy transportation.
Supports a wide array of installation orientations, including vertical, horizontal, foot-mounted, and flange-mounted configurations.
Easily adapts to both coaxial and right-angle transmission layouts, providing ultimate flexibility for your engineering teams.
Protecting your investment requires proper handling. We provide strict, easy-to-follow guidelines to ensure the longevity of your equipment and prevent catastrophic failures.
Strictly prohibit hammering: Never use direct axial hammering when installing couplings or sprockets; always use the threaded hole to press components securely into place to protect the output shaft.
Mandatory breather cap installation: The highest plug must be replaced with a vent plug before operation to expel internal gases, preventing pressure buildup and subsequent oil seal ruptures.
Rigorous oil replacement schedule: The initial lubricating oil must be changed after the first 300-400 hours. Subsequent changes should occur every 1500-2000 hours, with bi-weekly inspections required in high-dust or high-temperature environments.
We stand behind every unit with stringent international certifications and the capability to tailor solutions to your exact operational specifications.
Manufactured in strict accordance with ISO9001 and CE international quality management standards.
Comprehensive OEM/ODM services available, translating your unique blueprints into precision-engineered reality.
Backed by advanced CNC machining centers and rigorous multi-point inspection protocols to guarantee zero-defect delivery.
Selecting the right manufacturing partner is just as critical as selecting the right equipment. We bring decades of specialized expertise to the table, ensuring that your procurement process is seamless, reliable, and highly beneficial to your bottom line. Our commitment extends far beyond the initial transaction, focusing on long-term operational success.
Unmatched Manufacturing Pedigree: As a dedicated supplier with extensive in-house production capabilities, we maintain absolute control over every stage of the manufacturing process, ensuring unparalleled consistency.
Direct-to-Source Pricing: By eliminating intermediaries, we offer highly competitive pricing structures without ever compromising on the premium grade of our materials or the precision of our engineering.
Rapid Global Deployment: Our streamlined logistics network and robust inventory management allow us to fulfill large-scale orders with impressive speed, minimizing your project lead times.
Dedicated Technical Support: Our team of seasoned engineers is available to provide comprehensive guidance, from initial sizing and selection to post-installation troubleshooting.
Future-Proof Solutions: We continuously invest in research and development, meaning the equipment you source from us represents the cutting edge of industrial transmission technology.
To assist your engineering and procurement teams, we have compiled detailed answers to the most critical inquiries regarding the installation, operation, and maintenance of our transmission solutions.
The initial oil change is absolutely critical for flushing out microscopic metallic particles generated during the initial gear break-in period. It must be performed strictly after 300 to 400 hours of operation. Ensure the unit is completely powered down and safely locked out. Drain the oil while it is still slightly warm to ensure maximum viscosity and the efficient removal of suspended contaminants. Refill with the exact grade of industrial gear oil specified in the technical manual, ensuring no external dust enters the chamber during the process.
CNC (Computer Numerical Control) grinding ensures the gear tooth profiles are machined to microscopic tolerances. This creates a perfect meshing surface that distributes heavy loads evenly across the entire tooth face, eliminating localized stress concentration points. Consequently, this drastically reduces friction, lowers operating temperatures, and prevents premature wear or micro-pitting on the gear surfaces, extending the operational life of the unit by years.
Yes, the robust cast housing provides excellent environmental protection. However, in harsh environments with heavy dust or extreme temperatures, the maintenance protocol must be proactively adjusted. The lubricating oil should be visually inspected every half month for contamination. Additionally, upgrading to specialized breather caps and heavy-duty oil seals can further isolate the internal mechanics from external corrosive agents, maintaining optimal internal cleanliness.
During normal operation, the intense friction between gears generates heat, which causes the internal air and lubricating oil to expand rapidly. If the solid shipping plug is not replaced with the breathable vent plug, this expanding gas creates immense internal pressure. This pressure will inevitably force its way out through the weakest points—typically the oil seals—resulting in severe oil leakage, catastrophic loss of lubrication, and eventual gear failure.
Direct axial hammering is strictly prohibited as it will cause irreversible damage to the internal bearings and disrupt the precise gear alignments. You must utilize the threaded hole located at the end of the output shaft. By screwing a bolt into this hole and using a heavy-duty pressing tool or plate, you can smoothly and evenly press the pulley, sprocket, or coupling onto the shaft without introducing any harmful shockwaves into the delicate internal structure of the reducer.
