Skip to main content

Timken Bearing Boosts Vehicle Efficiency

In automobiles, bearing products in key positions of transmission system play a vital role in system efficiency. Timken has rich experience as a global leader in the bearing industry. In traditional fuel vehicles, Timken tapered roller bearings are used in many locations, including reducer, differential, force takeoff, wheel end and gearbox etc. In pure electric or hybrid vehicles, Timken's products are mainly used in gearboxes.

Application of Timken Products in Automobiles

Taking hybrid electric vehicle as an example, no matter how the layout changes, Timken's efficient tapered roller bearings can be relied on to improve the efficiency of the transmission system.
Since the beginning of the twentieth century, Timken has been making continuous efforts in product application innovation since Timken provided the first tapered roller bearing for automobile customers. Since 2000, Timken has been developing FE bearings for many automotive customers, which can reduce power loss by 25% and improve fuel economy by nearly 1.5%.
With the continuous development and change of automotive technology, Timken FE bearings have been widely used in more types of automobiles with their advantages of better rigidity, smaller weight and lower power loss to help improve the efficiency of the whole system.

Comments

Popular posts from this blog

Video of carbon steel ball bearings manufacturer workshop

  A Chinese   small   bearing manufacture r   for producing ball bearings- carbon steel low speed quality. This kind of low quality bearings have a huge market in India. Such a small bearing worshop can supply 1 million US dollar goods one year, and usually need 5 to 10 workers. This kind of small bearings factories in China absorbed a lot of people into employment and usually the people are from the nearby villiagers, they will work 10 hours to 12 hours one day. Usually in the villiage there are several such small bearing factories and they produce different dimensions bearings in order to avoid the competition.

Deep groove ball bearings

6007,6007-2RS,6007-2Z Axial   Deep groove ball bearings   are mainly used to support radial loads, we have 30,000pcs in stock any time, 6007 bearing are also commonly used to support combined radial and axial loads. Especially when the speed of mechanical equipment is very high, when the thrust bearing is not suitable, this bearing can be used to bear bidirectional pure axial load, and it requires no maintenance during work. It is a kind of bearing with low price and wide application. Deep groove ball bearings are mainly used to support radial loads, but they are also commonly used to support combined radial and axial loads. Especially when the speed of mechanical equipment is very high, when the thrust bearing is not suitable, this bearing can be used to bear bidirectional pure axial load, and it requires no maintenance during work. It is a kind of bearing with low price and wide application.   Deep groove ball bearing models are: Deep groove ball bearing (60000 type); D...

NCR SelfServ 83(NCR 6683)

  The   NCR SelfServ 83   is an interior freestanding pocket cash recycler with a contemporary look and feel and multi-touch capability. It is ideally suited for financial institutions looking to automate self-service for small business banking customers. Designed to perform with twice the reliability of other cash recycling solutions, the SelfServ 83 fulfills transactions with ease and convenience. The easy to use pocket interface is prominently positioned at the front of the ATM, delivering large bunch note capacity and improved visibility for consumer transactions. Advanced servicing capabilities ensure optimal performance and greater availability levels are achieved. Driven by NCR’s Media Handling 2.0 technology, the SelfServ 83 incorporates a new Bunch Recycling Module (BRM) delivering unrivaled performance, serviceability and security 1.Display - 15” LCD multi-touch, or FDK, optional privacy filter 2.Barcode Reader - 2D Barcode supports both 1D and 2D documents 3.Bu...