All Categories

drive shafts

In face, the drive shaft is one of the most critical parts in a power transmission system that transmit rotational energy from engine to wheels of vehicle in case it is an automobile or another machine if it is not. The central function of a slip bushing in the drivetrain is to reduce wear and tear brought about by friction, cushion shock load, and to take up potential misalignments. Modern performance drive shafts are typically built from advanced materials and engineered to high tolerances to withstand the load of high torque applications and function with little resistance even in aggressive situations. They play a key role in many things we use daily — from cars and motorcycles to construction equipment and wind turbines.

New Product Releases

Drive shafts are just one of the great practical features and reasons for choosing to make a purchase. One of their most important functions is to enable vehicles and mechanical parts to perform at a higher level by facilitating the efficient, smooth transfer of power. So in the best case, this helps to improve fuel economy by eliminating wasteful energy losses in more systems. Drive shafts lower maintenance costs and prolong the life of connected components by providing a high-wear part that is designed to wear out. They also contribute to improved driving comfort and safety by reducing vibration and shock, making vehicle operation more comfortable and less fatiguing. Because of how they were built, drive shafts have quickly become a very worth while investment for anyone who needs both durability and reliability out of their vehicle or equipment.

Practical Tips

What Can Happen if You Over Torque Lug Nuts?

26

Nov

What Can Happen if You Over Torque Lug Nuts?

View More
What are the common materials used in manufacturing wheel hubs, and why?

14

Nov

What are the common materials used in manufacturing wheel hubs, and why?

View More
What are the common types of wheel hub designs used in different vehicle applications?

26

Nov

What are the common types of wheel hub designs used in different vehicle applications?

View More
What are the common maintenance requirements for turbochargers to ensure their longevity and reliability?

06

Nov

What are the common maintenance requirements for turbochargers to ensure their longevity and reliability?

View More

Get a Free Quote

Our representative will contact you soon.
Email
Name
Company Name
Message
0/1000

drive shafts

Superior Power Transfer Efficiency

Superior Power Transfer Efficiency

Through the use of advanced materials and optimized design our driveshafts achieve a superior power transfer efficiency. Because of the material's high efficiency, more of the engine's power is turned into useful work for movement or electricity generation. This makes it much less likely that an engine will have to operate with over-large volume or excessive speed following on from too speeding up at first load--in other words, better overall performance and increased fuel economy. For customers this means fuel savings and more efficient operation of their equipment and transportation means.
Exceptional Durability and Reliability

Exceptional Durability and Reliability

Our drive shafts are set apart from the offerings of our competitors by their durability and reliability. Built with top-of-the-line materials and put through rigorous testing, these drive shafts can take anything you dare to demand of them. This durability is critical to decreasing maintenance costs and panics. Customers need an insourcing solution that won't let them down over the long haul as long life becomes their headline objective.
Advanced Vibration Reduction Technology

Advanced Vibration Reduction Technology

Advanced vibration reduction techniques have been built into our drive shafts, so that undesirable vibrations from the power yoke are greatly slashed. With this upgrade, when you drive your car or working machine, interfere less natural fatigue come say goodbye. Therefore security is greatly improved. Furthermore you will protect other parts and equipment by limiting vibration. The result is that these shafts, along with prolonging the life of systems and components themselves, keep down failures in them generally speaking.