Products for a Better World 

With Timken’s friction management and power transmission products and services, our customers are able to improve both the efficiency and reliability of their rotating machinery  – from earth-moving equipment to rail cars and jet engines to wind turbines. This  allows them to cut their consumption of natural resources, make their operations safer and improve their productivity.

Efficiencies to Reduce Environmental Impact
Today more than ever, volatile fuel prices, environmental impacts from fossil fuels, and increased global demand for energy drive the need for energy efficiency. Developing new ways to create, transfer and control power can have numerous positive societal impacts, from improved energy efficiency that saves businesses and consumers money to reduced emissions that help sustain our environment. Timken’s products and services are fundamental to improving efficiency and reliability in rotating machinery.

 

 

Reliability is Mission Critical

In many Timken product applications reliability is mission critical – and essential in advancing new scientific frontiers and safeguarding lives.

 

 

Performance Improves Safety, Lowers Environmental Impact

Timken products contribute to improving safety in human health, lowering environmental impact and supporting global energy supply. Our innovations in bearing technology allow for the greatest generation of power from the smallest bearing possible. With lighter, thinner bearings that are just as strong as their standard counterparts, we help customers improve energy efficiency while maintaining strength, reliability and performance. Such engineering innovations as Timken’s clean steel, more effective internal geometries and enhanced surface finishes make this possible.

 

 

Efficiency in Steelmaking
As part of the steel industry – which leads recycling efforts throughout the world – we continue to advance our steelmaking technology. Our focus is on improving the efficiency of our operations and reducing both the amount of electricity needed to produce an ingot of steel and waste.