Advanced Oil Film Formula

Revolutionary lubrication technology utilizing surface ionisation and polarisation mechanisms to create ultra-thin protective coatings that fundamentally transform mechanical system performance

-40°C to +50°C Operational Range
0.1μm Ultra-thin Film Thickness
15x Component Life Extension

Technical Documentation

MG Red Line Engine - Safety Data Sheet
Molecular Surface Interaction Technology
Ionisation Technology

The Lubrication Challenge

Traditional lubricants face fundamental limitations in extreme operating conditions. Surface irregularities create friction points, thermal cycling degrades protective films, and contamination compromises lubrication effectiveness. These challenges demand innovative molecular-level solutions.

Micro-Surface Irregularities

Metal surfaces contain microscopic peaks and valleys that increase friction and wear

Thermal Degradation

High temperatures break down conventional lubricant molecular structures

Corrosion Formation

Oxidation and chemical contamination create corrosive compounds that damage surfaces

Surface Friction Analysis

Advanced Oil Film Formula Technology

Our breakthrough approach utilizes controlled ionisation of lubricated surfaces combined with polarisation coating mechanisms to create ultra-thin protective barriers that eliminate traditional lubrication limitations

Ionisation Process Diagram
1

Surface Ionisation Activation

Specialized molecular compounds ionise metal surfaces, creating electrostatically charged zones that attract and bond protective molecules with unprecedented strength.

2

Polarisation Coating Formation

Long-chain hydrocarbons align along polarised surface zones, forming ultra-thin protective coatings that smooth micro-irregularities and create uniform surface topology.

3

Protective Film Stabilisation

The molecular coating maintains thermal stability across -40°C to +50°C while preserving base oil kinematic viscosity and providing continuous surface protection.

Quantified Performance Characteristics

85%
Friction Reduction

Verified through dynamometer testing

12%
Energy Consumption Decrease

Measured across 100+ vehicle fleet

15x
Component Life Extension

Independent garage validation studies

25%
Heat Dissipation Improvement

Thermal analysis laboratory results

Proven Benefits

Reduces Friction Resistance

Significantly decreases mechanical friction, improving system efficiency and performance.

Decreases Energy Consumption

Lower friction translates to reduced energy requirements and operational costs.

Increases Component Service Life

Extended component lifespan reduces maintenance frequency and replacement costs.

Prevents Corrosion

Advanced protective barriers prevent oxidation and corrosion damage.

Improves Heat Dissipation

Enhanced thermal conductivity helps maintain optimal operating temperatures.

Prevents Deposit Formation

Keeps systems clean by preventing harmful deposit and sludge buildup.

Technology Benefits

Technical Specifications & Laboratory Results

Comprehensive testing data from Oil and Gas Institute and independent laboratory validation

Operational Temperature Range

-40°C to +50°C
(-40°F to +122°F)

Full performance across extreme temperature conditions with maintained molecular stability

Film Characteristics

Ultra-thin
Molecular Layer

Maintains standard oil film thickness while providing superior protection through molecular-level bonding

Kinematic Viscosity

Unchanged
ISO 3104 Tested

No alteration to base oil kinematic viscosity - verified through standardized testing procedures

Friction Reduction

99.9%
Micro-irregularity

Surface micro-irregularity smoothing verified through dynamometer testing and fleet validation

Anti-Corrosive Properties

Enhanced
Film Formation

Proven anti-corrosive film formation preventing oxidation and deposit accumulation

Heat Dissipation

Improved
Thermal Management

Enhanced thermal conductivity through optimized molecular structure and surface interaction

Official Test Documentation

Kinematic Viscosity Test

Valid until: 9.01.2025

Download PDF

Dynamometer Tests - Fiat Ducato 2.3

Performance analysis under load conditions

View Results

Dynamometer Tests - Toyota Yaris 1.3

Comparative performance measurements

View Results
Industrial Applications

Industrial Applications

Our technology is effective across multiple industries and mechanical systems:

General Mechanical Systems

Gearboxes, transmissions, and hydraulic systems

Automotive Applications

Engine oils, transmission fluids, and differential lubricants

Industrial Equipment

Manufacturing machinery, compressors, and heavy equipment

Fuel System Enhancement

Fuel additives and injector cleaning solutions

Experience Advanced Technology

Discover how MG Red Line advanced oil additives can transform your mechanical systems

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