OMSTAR DX1
Fuel-Soluble Lubrication Technology for Aviation & Defense
Enhances fuel performance characteristics
Compatible across multiple fuel types
Designed for next-generation aviation fuels
WHAT DX1 IS?
OMSTAR DX1 is a fuel-soluble lubrication technology developed to work within aviation and multi-fuel environments. Unlike conventional additives, DX1 becomes part of the fuel itself—allowing for uniform distribution and consistent system-wide interaction.
By integrating at the molecular level within the fuel, DX1 supports improved lubricity, reduced friction, and enhanced operational stability without requiring changes to existing infrastructure.
AVIATION
Lubricity gap in unleaded fuels
Compatibility with UL100E / Swift 100R strategy
DEFENSE
Multi-fuel compatibility
Reliability in extreme environments
COMMERCIAL
Cleaner combustion potential
System efficiency benefits
Why It Matters
Aviation
Modern aviation fuels—particularly emerging unleaded solutions—introduce new challenges in lubricity and system protection. OMSTAR DX1 is designed to support these evolving fuel environments by enhancing performance from within the fuel itself.
Defense
In multi-fuel and mission-critical environments, reliability is essential. DX1 is designed to maintain consistent behavior across varying fuel types and operating conditions, supporting dependable system performance.
Commercial & Industrial
Across diesel and fuel-based systems, lubricity and combustion efficiency play a key role in performance and longevity. DX1 supports improved system operation without requiring additional handling or modification.
Tested. Evaluated. Proven.
OMSTAR DX1 has been evaluated across independent laboratories, government agencies, and industry-aligned testing protocols.
Independent Laboratory Testing
Demonstrated strong fuel cleanliness and lubricity performance under ASTM-aligned methodologies
Performance & Compatibility Testing
Validated to maintain fuel and oil system compatibility while improving performance characteristics under operational conditions
Emissions & Efficiency Evaluation
Observed reductions in emissions and improvements in fuel efficiency under controlled testing environments
Historical & Multi-Source Validation
Evaluated across multiple laboratories and testing bodies over time, supporting consistent performance observations
Once introduced into fuel, OMSTAR DX1 forms a stable, homogeneous solution that travels with the fuel throughout the entire system.
As fuel moves from storage to combustion, DX1:
Remains evenly distributed without separation
Enhances lubricity across pumps, injectors, and system components
Reduces friction and wear under operating conditions
Supports consistent performance throughout the fuel lifecycle
Performance Benefits
Enhanced Lubricity
Supports improved lubrication across critical fuel system components
Reduced Wear
Minimizes friction-related degradation in pumps, injectors, and fuel pathways
Uniform Distribution
Maintains a stable, fuel-soluble state throughout the system
Seamless Integration
Works within existing fuel infrastructure without requiring modifications
A Different Approach to Fuel Performance
OMSTAR DX1 is engineered as a fully fuel-soluble solution—eliminating many of the limitations associated with conventional additive approaches.
Rather than existing alongside the fuel, DX1 becomes part of it—enabling consistent interaction across the entire system and supporting more uniform performance outcomes.
Current Development & Integration
OMSTAR DX1 is actively being positioned for integration within modern aviation fuel ecosystems, including:
Alignment with FAA EAGLE initiative pathways
Evaluation with unleaded aviation fuels such as UL100E and Swift 100R
Exploration of defense and multi-fuel operational applications
Our focus is on supporting the transition toward more efficient, reliable, and adaptable fuel systems
Detailed technical data, reports, and validation materials are available upon request.