Deep Groove Ball Bearings Versus Angular Contact Ball Bearings | GMN Bearing USA

Deep Groove Ball Bearings Versus Angular Contact Ball Bearings

High precision bearings are important in machinery that requires reliability, fast rotational speed and heavy use. These types of bearings are designed to support loads (weight) applied radially and/or axially to the bearing.

This article is intended to focus specifically on the difference between radial deep groove ball bearings and angular contact ball bearings which have very distinct characteristics and are used in different applications and industry’s.

Deep Groove Ball Bearings

Also referred to as radial ball bearings, these bearings are the most popular and widely used in industrial machinery applications because of their versatility.

Deep groove ball bearings carry loads from rotating parts to the shaft and/or housing with minimal friction. A distinct advantage that radial, deep groove, ball bearings have over angular contact ball bearings is that they can accept axial loads in both directions.

Deep groove ball bearings have a small contact angle of around ~8° to help reduce stress on the bearing that is caused by moderate weight of the load they are supporting.

Angular Contact Ball Bearings

Sometimes referred to as spindle bearings, these bearings are used in machinery that requires high accuracy and reliability.

Angular contact bearings have a much higher speed rating than radial ball bearings because of the nonstop contact of the balls to both raceways.

Angular contact bearings can carry both radial and axial loads that are transferred from one ring to the other, through the balls, along a specific contact angle. The contact angle is measured by two intersecting lines, one that’s formed at the point of contact between the ball and the raceway(s) and the other that’s formed from the perpendicular axis of rotation to the bearing.

We stock 15°(C) and 25°(E) angular contact bearings but can customize other contact angles as needed.

Ball Bearing Comparison Chart

Below you can find the difference between deep groove ball bearings and angular contact ball bearings at a glance. Have a project you are working on and need help finding the right bearing for your rotating part? Our onsite mechanical engineers can help, contact us today.

Ball Bearing Type Deep Groove Angular Contact
Advantages
  • Can accept axial load in both directions
  • Lower contact angle (~8°)
  • Supports high processing speeds
  • Low operation costs with very little maintenance
Use When
  • Machine space isn’t available for matched Angular Contact Bearings
  • High operational speed is not required
  • High operational speed is required
  • Guidance of rotational parts is required
  • High Rigidity and Precision is required
Applications
  • Medical industry
  • Vacuum technology
  • Dry lubrication low out gassing
  • Special bearings
  • Bearing units
  • Electric Motors
  • Conveyers
  • Woodworking spindles
  • Machine Tool spindles
  • Vacuum pumps
  • Machine components for semiconductor industry
  • High speed rolling mills
  • Printing machinery
  • Boat gyrostabilizers
  • Centrifuges

Inventory & Customization

We stock a large inventory of high precision deep groove ball bearings and angular contact ball bearings for any application that requires super precision.

We also offer customization options for special high precision deep groove and angular contact ball bearings.

  1. Deep Groove Customization Options Include:

    • Cage material
    • Ball Material
    • Internal clearance
    • Shield(s)
    • Lubrication
    • Internal clearance & installation
      tolerance strategies
  2. Angular Contact Customization Options Include:

    • Cage material
    • Ball material
    • Contact angle
    • Pre-load
    • Seal(s)
    • Lubrication
    • Specific installation tolerance strategies

We offer expert support and guidance with our onsite mechanical engineers available to answer your questions. Contact us with any questions you may have.


Click here or call 1.800.323.5725 to Request a quote

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