Chelsea Tin Bronze Precision Worm Gear NMRV40 Ratios from 5:1 to 100:1 Maintenance Free

Product Description

Main features
ABB, Siemens and other high-end motors can be sold with our gearbox matching
Factory direct sale
Speed ratio range: from 5:1 to 100:1
Input shaft/bore: 9/11/14 mm
Output shaft/hole: 18 mm
Color Blue or Gray or Green or as per customer's requirement
Die-casting aluminum alloy housing
Worm gear made of tin bronze
Flanges: round or square
Delivery time 1-3 days
Approximate gross weight: 2.3 kg/unit
Main Advantages
High-quality aluminum alloy casting; light weight, no rust;
High output torque;
Smooth transmission, low noise, suitable for long-term continuous work in harsh environments;
High heat dissipation efficiency;
Beautiful and durable, small size;
Adaptable to all-round installation.
Tip:
The whole Worm Gear Reducer is warranted for one year.
The starting date of the warranty period is subject to the date of the product invoice, please present the invoice when repairing.
Beyond the warranty period or does not belong to the free warranty products, the company's maintenance center is still dedicated to serve you.
If you need special customization or have requirements for delivery time, please contact sales manager chenyuetech@gmail.com, Wattsapp: +86 132 7517 8089

Precision Engineering for Industrial Applications

The NMRV40 worm gear is crafted for industrial environments demanding accuracy and endurance. Its tin bronze construction and die-casting process ensure reliable power transmission and minimal maintenance. The gear's high efficiency, combined with several available color options, allows it to integrate seamlessly into existing machinery while providing enduring performance.


Maintenance-Free Reliability for Continuous Use

Designed to reduce downtime, this worm gear is truly maintenance-free. Its robust build and engineered components eliminate the need for regular lubrication or adjustments, making it a solid choice for operations where continuous function is essential and servicing intervals must be minimized.