Why Is PTFE Better Than Grease For Bushing Lubricants? | CCTY Bearing
PTFE is also a more attractive solution because it eliminates containments associated with greasing. Learn about the other benefits of PTFE bushings in this post.
PTFE Bushings
25095
post-template-default,single,single-post,postid-25095,single-format-standard,bridge-core-1.0.5,ajax_fade,page_not_loaded,,qode-theme-ver-18.2,qode-theme-bridge,disabled_footer_bottom,wpb-js-composer js-comp-ver-6.4.2,vc_responsive
 

Why is PTFE better than grease for bushing lubricants?

Why is PTFE better than grease for bushing lubricants?

A bushing’s load and dynamic speed condition create heat through high surface interaction that generates friction. Heat, if not properly adjusted, will cause a bearing to fail.

Lubrication is the key element in controlling bushing friction and providing an adequate design life. In essence, it allows the bearing system to survive.

A variety of bushings are available to fight increased temperature or lubrication-starved conditions that lead to failure. Remarkably, the most common approach involves a grease-free method of design. Self-lubricating, metal-backed PTFE bushings are often chosen as the number one solution to ending lubrication issues.

PTFE on bushings:

  • Operate dry
  • Provide unique friction characteristics
  • Allow necessary efficiency to reduce heat at high loads
  • Lower maintenance costs
  • Extend application service life

PTFE is also a more attractive solution because it eliminates containments associated with greasing. When greasing or re-greasing a bushing, excess grease attracts dust and other contaminants which reduce the service lifetime of metal bushings.

Selecting the proper type of lubrication in a bearing system such as oil, grease or self-lubricating PTFE composites can be a very complex undertaking from the design standpoint and taking into account the sophistication of the application conditions.

Choosing a lubricant should involve the bushing manufacturer for input and recommendations. The end result must minimize overheating and premature wear on the mechanical members that make up the system. If neglected, it can significantly increase maintenance, impact warranty and escalate costly replacements.