Magnalube-G Product Description

Logo for Magnalube-G PTFE Grease

Magnalube-G PTFE Grease is a high-temp grease that will outlast conventional grease lubricants.

Key Features:

  1. Maintenance-Free Manufacturing
    • Magnalube-G regularly lasts for 10+ year intervals in sealed-for-life applications due to the extremely long operating life of the Elastomer-PTFE gelling agent and premium paraffinic mineral base oil.

  2. Excellent Thermal Stability:
    • High temperature range is better, or equivalent to, other high-temp greases; however, Magnalube-G has excellent thermal stability, so its performance is constant from very low temperatures (-40 degrees Fahrenheit) to very high temperatures (+530 degrees Fahrenheit).

  3. Waterproof Grease with Excellent Corrosion Control
    • Magnalube-G contains no metals and is still able to outperform traditional soap-based greases, such as lithium grease.
    • Its unique Elastomer-PTFE gelling agent maintains superior lubricating properties, while preventing the electro-chemical reactions necessary for corrosion to occur.

  4. High Mechanical Stability
    • Magnalube-G is an industry-leading product when consistent performance is required over an extended period of time. Many types of grease will change consistency when they are subjected to various forces during service, but Magnalube-G will not soften, or harden, like traditional greases in many applications.

  5. High Dielectric Strength
    • Electric and magnetic fields can dramatically impact the performance of grease lubricants. Magnalube-G, however, is non-conductive and has a high dielectric strength. The grease was designed to perform well as a lubricant first, but maintain similar dielectric properties as competing silicone greases.

  6. Extra protection              
    • Magnalube-G PTFE Grease deposits a fine film on surfaces that forms a protective and lubricating bond to improve performance over time. This can be extremely useful in applications where the external elements in the field cannot always be controlled, such as a high temperature spike or extreme weather conditions.