The Barden Corporation launches new Barden Value Precision range of precision ball bearings
19th Jun 2020Super precision bearing specialist, The Barden Corporation, has published a comprehensive catalogue featuring its Barden Value Precision (BVP) range of high precision ball bearings.
The BVP range of ball bearings complements Barden’s main super precision bearing range, providing the same standards in quality and finish in a value product. Manufactured to stringent quality standards and conforming to tolerance standards of ISO P0 to P4 (ABEC 1 to 7), the BVP range offers superb performance in applications ranging from microelectronics and precision motors, through to gearboxes and industrial automation equipment.
The BVP range includes deep groove ball bearings between 3mm to 62mm outside diameter, as well as shims and spring washers, shaft and bore retaining rings. The catalogue features detailed product information and tables so engineers can easily view specifications. It also features a comprehensive engineering information section, including guidance on the various materials and components available, as well as calibration, functional testing and details on duplex bearings. Readers are encouraged to contact the expert engineering team at Barden to discuss specific requirements and applications.
“We are constantly looking at how we can make it as and simple as possible for our customers to specify and select the right bearings for their system. The BVP range is readily available and attractively priced but without compromising on quality, so customers can be sure they provide excellent performance,” says Allen Dowers, VP Sales & Application Engineering at The Barden Corporation.
The eye-catching catalogue design reflects Barden's position as 'Partners in Precision' together with parent company, HQW Precision GmbH. Working together in partnership, these two world-class precision bearing manufacturers deliver the highest quality bearing products to customers globally.
To download the catalogue or order a printed version, please click here.