The Complete Guide to Grease Types and Their Applications

In the past, lubricants or oils have been applied in automobiles, boats, engines, tools and other moving parts. However, no two lubricants are the same — this is because various types of grease are there and are effective in producing various results for their individual properties.

Because of this, they have many uses and are employed in the automobile and other manufacturing industries like mining, construction, steel, marine, farming, and much more.

Because of this, they have many uses and are employed in the automobile and other manufacturing industries for — mining, construction, steel, marine, farming industry and much more.

Go through the following to learn about the types of grease that are accessible:

• CALCIUM GREASE

Calcium grease is the original and multipurpose grease that was developed for use on automotive vehicles. This multipurpose grease has important features like:

• Enhanced water resistance
• Adequate corrosion protection
• Excellent mechanical stability

But, this lubricant is more effective at low temperatures and if exposed to high temperatures it undergoes some changes. Currently, calcium grease is mostly applied in the marine, industrial, automotive and agricultural sectors.

• LITHIUM GREASE

Lithium grease is manufactured to offer protection against oxidation, corrosion, high temperatures and daily wear and tear. The high level of lubrication, good waterproofing and the reserve of pressure-stroke loads also distinguish lithium and lithium complex greases.

They are applicable in automotive, gardening, industrial, home, and high-friction metal-on-metal applications among others.

• BARIUM COMPLEX GREASE

Barium complex grease is a high-performance grease, which is well known for its mechanical stability, high-temperature characteristics, resistance to heavy loads and high velocities, water resistance, good oxidation stability, and a range of chemical resistances.

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Conclusion

These characteristics establish the consistency and viscosity of each lubricant, its anti-friction properties, its capacity to minimise wear and tear, protect from rust, corrosion, and oxidation, to continue to flow and remain in motion as well as prevent water and other contaminants from coming in contact with the equipment.

Author’s Bio

Hello, I am a Mechanical Engineer with years of experience in the lubrication industry. I focus on the usage and the advancement of the lubricants. It feels good to share what I have learned intending to assist others in choosing the correct lubrication for their products.