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The group V base oils consist of several remaining base oils. This categorisation of base oil is often mixed with other base stock to enhance performance. Mixing the group V base oils with other stocks not only improves their properties but the execution of their applications.
Some of the most popular group V base oils are phosphate ester, silicon, polyolester, polyalkylene glycol, and bio lubes.
Green Global specialises in the dealing of the base oil group V. Our focus has always been to deploy the best quality of group V base oil across the world.
Now this one’s tricky. While most of the molecules we see here are pure synthetic (polyalkylene glycol and alkaline naphthalene), group V also consist of white oils and paraffin base oil and these are neither minerals nor they are fully synthetic.
We understand you might have several questions regarding these products. Our expert team is available 24/7 to help you (Email/Number).
You can drop any question you want and our team will get back to you
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Base stock is a product that is mixed with other stocks to create base oil. The quality of a base stock is determined by its viscosity.
Mineral groups namely group I, II, and III are based on their molecule performance in certain areas such as,
Solvency
Oxidation stability
Viscosity stability
Pour point
Toxicity
There is no clear definition for synthetic base stocks and that is why there are different iterations. According to a US ruling, synthetic base oils are the ones from the group III (sometimes IV) base oil, Germany considers them to be the ones extracted from polyalphaolefins or esters.
The colour of base oil changes throughout different groups. The group I base oil has an amber to golden colour. Some of the groups where the base oil is much purer are even colourless.
Base oil extracted from paraffinic crude oil is charactorised as paraffinic base stocks or parraffinic base oil. They tend to have a higher viscosity index.
The viscosity index is the degree of change when your lubricant is under extreme temperature. Lubricants tend to turn thick under cold temperatures and thin under warm. The higher the viscosity index of a product, the more demanded it becomes.
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