Technology & Quality
FROM BASE OIL TO PERFORMANCE
Advanced technology. Superior quality. Consistent performance.
The process
HOW A LUBRICANT IS MADE
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01
Base Oils
The foundation of every lubricant, chosen for the required viscosity and stability.
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02
Performance Additives
Additive packages that provide wear protection, cleanliness and oxidation resistance.
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03
Formulation
Base oils and additives combined to meet the target specification.
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04
Blending
Components blended under controlled conditions.
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05
Testing
Key properties checked against the product specification.
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06
Finished Lubricant
The approved product, filled and ready for use.
Quality Control
PROPERTIES THAT DEFINE PERFORMANCE
What each key lubricant property tells you.
Viscosity
A lubricant's resistance to flow — the most important property for film strength and protection.
Viscosity Index
How much viscosity changes with temperature. A higher index means more stable viscosity.
Flash Point
The lowest temperature at which vapours can ignite — an indicator of volatility and safe handling.
Pour Point
The lowest temperature at which the oil still flows — important for cold starts.
TBN
Total Base Number: the oil's reserve capacity to neutralise acids formed during combustion.
Density
Mass per unit volume, used for quality checks and volume–weight conversion.
Performance Testing
Tests that show how a product performs against its specification.
Batch Consistency
Checking that every batch matches the approved product.
Technical Insights
TECHNICAL INSIGHTS
Guides on viscosity, specifications, base oils and lubricant selection.
Articles coming soon
Our technical team is preparing guides on lubricant selection and performance.