Armor Fully Synthetic Engine Oil Specifications

Armor fully synthetic engine oil includes advanced molecular structure for engine wear protection, with uniform design that reduces friction between components.

Viscosity stability spans -30 to 200 degrees Celsius, ensuring reliable performance in extreme temperatures and preventing thermal breakdown.

Resistance to deposit formation and thermal stress maintains engine cleanliness and longevity through refined base oils.

Fuel efficiency improvements stem from reduced friction and consistent lubrication, aided by hydrocracking processes that remove impurities.

Extended service intervals result from superior chemical refinement and additives that enhance protective properties against contaminants.

Thermal stability in high-stress conditions keeps lubrication effective for critical engine parts, such as pistons and bearings.

Impurity removal occurs via hydrocracking and purification, creating a uniform molecular structure that resists breakdown over time.

Key specifications cover advanced engineering for reduced wear and optimized performance. These elements contribute to smoother engine operation.

Uniform base oils provide consistent lubrication, helping prevent corrosion on engine components during demanding use.

Testing shows benefits like lower friction for better efficiency and deposit resistance for long-term engine health.

• Advanced molecular structure for reduced engine wear
• Viscosity stability across -30 to 200 degrees Celsius
• Resistance to thermal breakdown and deposit formation
• Improved fuel efficiency through friction reduction
• Extended service intervals via chemical refinement
• Uniform base oils for consistent engine lubrication
• Impurity removal through hydrocracking processes

Additives enhance protective qualities, focusing on engine cleanliness and longevity by combating thermal stress.

Refined structure ensures optimal lubrication in varying conditions, supporting overall engine performance without added strain.

Independent data highlights reliable protection in high-stress scenarios, aligning with thermal stability features for critical parts.

Core attributes include superior cleaning against contaminants and a corrosion barrier for engine parts in tough environments.

These specifications deliver measurable results, such as maintained internal cleanliness and reduced wear over extended periods.