Magnalube-G
Magnalube-G is a premium non-soap polyurea lubricating grease crafted from the highest quality raw materials. This grease features a unique formula that seamlessly combines PTFE and polyurea, delivering unparalleled performance. Magnalube-G serves as a reliable preventive measure, effectively extending operational intervals in most scenarios. Enriched with a range of exclusive additives, it not only inhibits rust and oxidation but also offers remarkable resistance to extreme pressure situations. WMagnalube-G has a dropping point of well over 500°F. Magnalube-G excels even in demanding environments, making it the preferred choice when avoiding migration and water washout is crucial. It's the ultimate all-purpose grease, often hailed for its problem-solving capabilities that outshine other alternatives.
Properties
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 parafiinic mineral base oil.
Excellent Thermal Stability
Magnalube-G has excelled thermal stability with constant performance from -40°F to +530°F
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 prevents the electro-chemical reactions necessary for corrosion to occur.
High Mechanical Stability
Magnalube-G withstands various forces and maintains consistent performance in many applications without softening or hardening like traditional greases.
High Dielectric Strength
Magnalube-G is non-conducting and has high dielectric strength in order to combat the effects of electric and magnetic fields on its performance.
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.