Fuel Additives

PU Division Overview: Matflex® and Matpor®

Our fuel additive solutions are engineered to enhance fuel performance, improve combustion efficiency, and support cleaner, more reliable engine operation across both gasoline and diesel applications. Developed using advanced chemical formulations, these additives help optimize fuel behavior under varying operating conditions, ensuring consistent performance, improved engine responsiveness, and reduced operational stress. By addressing challenges such as incomplete combustion, deposit formation, and fuel instability, our solutions contribute to smoother engine operation, improved fuel economy, and extended engine life. Designed for compatibility with modern fuel systems, our additives support compliance with evolving emission standards while maintaining high performance across diverse applications.

Technology, Quality & Sustainability

Our approach to fuel additive development integrates advanced chemical technology with a strong commitment to sustainability. Through precise formulation and rigorous performance testing, we design additives that enhance fuel efficiency while minimizing environmental impact. Our technologies focus on improving combustion quality, reducing harmful emissions, and lowering overall fuel consumption without compromising engine performance or reliability.

Sustainability is embedded throughout our development process—from responsible raw material selection to optimized formulations that support cleaner combustion and reduced exhaust emissions. By improving fuel efficiency and lowering pollutant output, our solutions contribute to more sustainable energy use while helping customers meet regulatory requirements and long-term environmental goals.

Product Categories

NMA – Naphthalene Methyl Aniline

Key Features:
• Improves ignition quality
• Enhances combustion efficiency

 

Typical Applications & Benefits

Used in diesel fuels to improve combustion stability, reduce knocking, and support smoother engine operation.

MMA – Monomethyl Aniline

Key Features:
• Boosts fuel performance
• Enhances combustion stability

Typical Applications & Benefits:

Used in gasoline blends to improve engine responsiveness, combustion quality, and overall fuel performance.

GPA – Gasoline Performance Additive

Key Features:
• Improves fuel cleanliness and efficiency
• Reduces deposit formation



Typical Applications & Benefits:

Enhances gasoline performance, improves fuel economy, and supports cleaner engine operation

DPA – Diesel Performance Additive

Key Features:
• Enhances cetane performance
• Improves cold-start behavior



Typical Applications & Benefits:

Supports smoother combustion, reduced emissions, and improved diesel engine efficiency.