Barden's new Web site demonstrates how bearings designed for F1 and the Space Shuttle can give benefits in everyday applications

Citation

(2002), "Barden's new Web site demonstrates how bearings designed for F1 and the Space Shuttle can give benefits in everyday applications", Industrial Lubrication and Tribology, Vol. 54 No. 5. https://doi.org/10.1108/ilt.2002.01854ead.003

Barden's new Web site demonstrates how bearings designed for F1 and the Space Shuttle can give benefits in everyday applications

Barden's new Web site demonstrates how bearings designed for F1 and the Space Shuttle can give benefits in everyday applicationsKeywords: Barden, Bearings

Barden UK have launched a new Web site, www.bardenbearings.co.uk, providing information on the company and the ultra-high precision bearing products they supply (see Plate 2). The site provides detailed tutorials on the selection of different bearing types and uses application examples to demonstrate how Barden's design approach and use of advanced materials can transfer benefits from such demanding applications as fuel pump bearings on the NASA Space Shuttle and Formula 1 clutch release bearings.

Plate 2 Barden's new Web site demonstrates how bearings designed for F1 and the Space Shuttle can give benefits in everyday applications

The new Web site is designed to support Barden's "bearing solutions by design" philosophy. This approach centres on designing bearings to suit the demands of an application, rather than trying to modify an existing one. The process involves developing the bearing geometry, raceway design and materials to suit an application. It is exemplified in Barden's "X-Life" theory, which features strongly on the Web site. In many instances examples of this approach have led to leaps in production efficiency (through design rationalisation), product performance and design life.

Application examples on the site highlight the use of advanced materials to increase load-bearing capabilities and reduce surface fatigue. These include Silicon Nitride balls/rollers and the use of Cronidur 30; a bespoke steel type developed specifically to increase wear-resistance and surface integrity in bearing raceways. Their use covers a wide range of applications from space gyroscopes to sludge pumps. Although there are some examples of exotic machinery, the message clearly demonstrates how the benefits of X-life development concept can be delivered in virtually any situation.

Visitors to the site should also find the Tutorials section interesting; it gives unbiased technical information on the types of bearings available and guidelines for selecting the correct one for an application. The types include: full complement ball-bearings, offering significant increases in bearing capacity in either the axial or the radial directions. Angular contact ball-bearings commonly used in high-precision spindle and turbine applications to confer good load-carrying capacity and high-speed capabilities. Deep groove ball-bearings are also covered; perhaps the most prevalent type of ball-bearing system available, they are used in a variety of design arrangements.

Useful links are also provided to the FAG/INA parent company homepage and a comprehensive news section incorporating company news, new product introductions, events diary and further application information.

Visitors should go to: www.bardenbearings.co.uk

For further information contact: Brian Williams, The Barden Corporation, Plymbridge Road, Estover, Plymouth PL6 7LH, UK. Tel: +44 1752 735555; Fax: +44 1752 733481; E-mail: bwilliams@barden.co.uk