M-P Technology
By optimizing molecular structure and additive formulations, maximizing lubrication performance while minimizing energy consumption and environmental pollution
Maximum Performance
Maximum Performance
Achieve optimal balance in all functions:
lubrication, cooling, cleaning,
sealing, and rust prevention
Ensure excellent protection for
mechanical equipment under all conditions
Maximum Efficiency
Maximum Efficiency
Reduce friction losses
Improve mechanical efficiency
Decrease energy consumption
Achieve win-win for economy and environment
Maximum Protection
Maximum Protection
Comprehensive component protection
Extend equipment service life
Reduce maintenance costs
Provide long-lasting reliable protection
M-P Technology System
Molecular Engineering Optimization
Design lubricant performance at molecular level
Core Technologies:
- Customized Molecular Chain Design - Precise control of length and structure
- Polarity Balance Technology - Optimize molecular adsorption
- Molecular Weight Distribution Control - Ensure optimal rheology
- Functional Group Introduction - Impart special properties
Technical Advantages:
✓ Viscosity Index >160 - Stable across wide temperature range
✓ Volatility Reduced 30% - Decrease oil consumption
✓ Shear Stability Improved 40% - Long-term performance retention
✓ Excellent Low-temp Fluidity - Smooth start at -40°C
Green Chemistry Formulation
Perfect balance of environmental protection and performance
Core Technologies:
- Low Sulfur Low Phosphorus Formula - Protect after-treatment devices (DPF/GPF)
- Renewable Material Application - Reduce petroleum dependence
- Biodegradable Components - Lower environmental impact
- Non-toxic Auxiliary Selection - Protect personnel health
Environmental Achievements:
✓ Meets National VI and higher standards - 100% compliance
✓ After-treatment Device Life Extended - 50%+
✓ Biodegradability - Meets environmental requirements
✓ Sulfur Content <0.03% - Ultra-low emissions
✓ Phosphorus Content <0.08% - Protect catalysts
Energy Efficiency Technology
Achieve energy conservation and emission reduction through friction reduction
Core Technologies:
- Low Viscosity Formulation - Reduce internal friction resistance
- Organic Molybdenum Friction Modifier - Form ultra-low friction molecular layer
- Rheological Performance Optimization - Reduce pumping and flow losses
- Thermal Management Technology - Quickly reach optimal operating temperature
Energy Saving Effects:
✓ Fuel Consumption Reduced 3-5% - Save XX liters annually
✓ CO₂ Emissions Reduced - Corresponding to fuel savings
✓ Mechanical Efficiency Improved 5-8% - Stronger power output
✓ Cold Start Energy Reduced 25% - Quickly reach working temperature
✓ Pumping Loss Reduced 20% - Lower ineffective power consumption
Long-Life Technology
Extend service intervals, reduce maintenance costs
Core Technologies:
- Advanced Antioxidant System - Phenolic + amine dual protection
- Thermal Stability Enhancement - No decomposition at 250°C+
- Additive Reserve Technology - Continuously release active ingredients
- Contaminant Control Technology - High-efficiency detergent-dispersant
Long-Life Achievements:
✓ Oil Change Intervals Extended 50-100%
· Gasoline Oil: 10,000km → 15,000km
· Diesel Oil: 30,000km → 60,000km
· Industrial Oil: 2,000h → 4,000h
✓ Antioxidant Life - Improved 2-3x
✓ High-temp Stability - Increased 40%
✓ TBN Retention - Still maintains 70%+ at end of service
✓ Total Cost of Ownership - Reduced 30%
Intelligent Protection Technology
Adaptive multi-scenario protection system
Core Technologies:
- Temperature Response System - Auto-adjust viscosity based on temperature
- Pressure Sensing Technology - Enhanced protection under high loads
- Self-activating Additives - Release active ingredients under extreme pressure
- Multi-layer Protection Film - Physical + chemical + solid lubrication triple protection
Intelligent Effects:
✓ Full Condition Coverage
· Cold Start: Instantly establish oil film
· Normal Operation: Hydrodynamic lubrication
· High Load: Boundary lubrication protection
· High Temperature: Anti-oxidation and decomposition
✓ Adaptive Response Time <0.1 seconds
✓ Extreme Pressure Protection Capacity Improved 60%
✓ Component Wear Reduced 40-60%
