MIHEL Ceramic Oil® 7200 10W40

MIHEL Ceramic Oil® 7200 10W-40 represents the latest generation of high-performance lubricants. Developed with advanced nano-ceramic technology, it delivers outstanding engine protection, reduced friction, and exceptional durability under even the most demanding conditions.

Unlike conventional engine oils, MIHEL Ceramic Oil forms a protective ceramic layer on friction surfaces, ensuring lower wear, smoother operation, and superior resistance to extreme temperatures. This innovation translates into greater reliability, longer engine life, and consistent performance.

Key Benefits

• Advanced protection – reduces wear and friction in modern high-load engines
• Cold-start reliability – immediate lubrication even in very low temperatures
• High thermal stability – resists oxidation and oil degradation at extreme heat
• Engine cleanliness – prevents deposits and sludge for optimal performance
• Reliable protection – consistent performance throughout the manufacturer’s recommended service period
• Versatile application – suitable for petrol, diesel, turbocharged and LPG/CNG engines

Industry Standards & Approvals

• ACEA A3
• ACEA B3
• API CF
• API SL

Applications

• Modern petrol and diesel engines with multi-valve systems, fuel injection and turbochargers
• Vehicles requiring oils meeting SAE 10W-40 specification
• Engines running on LPG and CNG fuel systems

Packaging & Storage

Available in 1L, 5L containers.
Store in a dry, covered location, away from direct sunlight and high temperatures. If stored outdoors, keep containers upright and protected from rain.

Technical Profile

• Density at 20°C: 0.865 g/cm³
• Viscosity at 100°C: 14.5 cSt
• Viscosity at 40°C: 95 cSt
• Viscosity Index: 158
• CCS Viscosity @ -30°C: 6000 cP
• T.B.N. (Total Base Number): 9.1 mg KOH/g
• Sulphated Ash: 1.2%
• Zinc: 0.11%
• Calcium: 0.24%
• Phosphorus: 0.10%
• Colour: Brown
• Flash Point: 232°C
• Pour Point: -39°C
• Dynamic Viscosity (HTHS): 4.32 mPa·s
• Low-Temperature Pumpability (MRV) at -35°C: 22,300 mPa·s