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Since lithium complex greases have a wider temperature range, it makes sense to utilise them as general-purpose lubricants.
For some applications, however, straightforward lithium soap-based greases are frequently the most cost-effective option.
The choice of the proper grease for the application is ultimately what matters the most. Modern lithium complex greases often use azelaic acid or adipic acid, which are difunctional carboxylic acids with shorter chains.
Compared to the straightforward lithium soap thickener, the lithium salt of these compounds is often present in a substantially smaller percentage. Boric acid is an alternative substance used as a complexing agent.
Excellent adhesion can be seen between lithium grease and metal. This implies that it remains there after application. The ability to reduce reapplication and save time are two big advantages of this feature.
The Global Lithium Complex Grease market accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2022 to 2030.
Cortec’s CorrLube VpCI Lithium EP Grease provides exceptional corrosion protection even when used on electrical connections and delivers longer lubrication when it comes to lubricating bearings, fans, chassis, or other metal surfaces where grease is applied.
A lithium complex grease made with superior quality; highly hydro-treated base stock is called CorrLubeTM VpCI Lithium EP Grease.
It is suited for both working and lay-up circumstances and offers great oxidation resistance and high temperature stability.
With strong corrosion-inhibiting qualities against salt water, brine, H2S, HCl, and other corrosive substances, this lubricant’s formula was specifically created.
CorrLube VpCI Lithium EP Grease has the benefit of a cleaner application process with less leaking and spattering. CorrLube VpCI Lithium EP Grease assists in the suspension of solid additives such as graphite, molybdenum, disulfide, etc.
and maintains effectiveness even under harsh working circumstances (i.e., high temperature, high pressure, low speed/high pressure, and shock loading).
It can work on worn-out parts, offer surface protection from movement, and lower noise levels because of its thicker film consistency.
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