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Produkte & Anwendungen Produkte & Anwendungen
Kraftstoffleistung Additives for gasoline, diesel and other fuel formulations, selected for ignition quality, cold-flow behavior, lubricity, stability and handling requirements. Evaluation considers the base fuel, additive compatibility and the conditions in which the fuel is used.
Discuss your application → Octane & Gasoline Combustion Improvers Cetanzahlverbesserer Cold Flow & Wax Control Additive zur Verbesserung der Schmierfähigkeit von Kraftstoffen Reibungsmodifikatoren für Kraftstoffe Additive zur Verbesserung der Leitfähigkeit von Kraftstoffen Fuel Antioxidants & Diesel Stabilizers Fuel Corrosion Protection & Metal Deactivators Dehazers & Fuel Demulsifiers Fuel Detergents & Performance Packages Fuel Dyes & Markers Sauerstoffhaltige Kraftstoffkomponenten Octane & Gasoline Combustion Improvers Chemistry for gasoline blending and combustion requirements, selected against the base fuel and the intended specification.
Base-fuel composition and target octane Blend compatibility and permitted chemistry Fuel-specific response and treatment economics Explore this application → Cetanzahlverbesserer Additives for diesel ignition quality, evaluated against the untreated fuel and the required cetane response.
Untreated ignition quality Dose-response testing Storage, handling and package compatibility Explore this application → Cold Flow & Wax Control Treatments for low-temperature diesel flow and wax settling, matched to the fuel composition and distribution conditions.
Cold-filter plugging and pour-point targets Wax settling and storage stability Minimum blending and handling temperatures Explore this application → Additive zur Verbesserung der Schmierfähigkeit von Kraftstoffen Fuel additives that improve the lubricating properties of diesel and help meet a defined lubricity requirement. Fatty-acid, ester and blended chemistries are evaluated in the intended fuel.
Untreated and treated lubricity test results Compatibility with the complete additive package Storage temperature and treatment cost Explore this application → Reibungsmodifikatoren für Kraftstoffe Fuel-borne treatments intended to influence friction during engine operation. Their application objective differs from the lubricity testing used to assess fuel-system wear.
Engine and duty-cycle suitability Controlled comparison of fuel consumption Compatibility with the finished fuel and other additives Explore this application → Additive zur Verbesserung der Leitfähigkeit von Kraftstoffen Conductivity additives for static-charge dissipation during fuel storage and transfer. Selection depends on the fuel and the handling system.
Conductivity target and measurement conditions Fuel compatibility and distribution requirements Storage and transfer arrangements Explore this application → Fuel Antioxidants & Diesel Stabilizers Chemistry for oxidation stability and the control of fuel deterioration during processing, storage and distribution.
Fuel type and stability indicators Storage duration and temperature Interaction with other fuel components Explore this application → Fuel Corrosion Protection & Metal Deactivators Fuel-system and copper protection, together with metal deactivation for compatible fuel formulations.
Relevant metals and corrosion conditions Fuel composition and water exposure Compatibility and performance testing Dehazers & Fuel Demulsifiers Treatments for water separation and haze control in fuel handling and distribution.
Water-separation behavior Fuel blend and additive interactions Storage and settling conditions Fuel Detergents & Performance Packages Detergent chemistry and multifunctional packages selected for the intended gasoline or diesel application.
Deposit-control objective Fuel and engine application Complete-package evaluation Fuel Dyes & Markers Color and identification chemistry for fuel applications, selected to match the intended marking requirement.
Fuel compatibility Required color or identification function Applicable use and handling requirements Sauerstoffhaltige Kraftstoffkomponenten Oxygenate blend components for gasoline formulation, reviewed against the intended fuel specification.
Blending target and composition Volatility and oxygen-content requirements Handling and compatibility Friction modification and lubricity improvement These functions are evaluated separately. Lubricity improvement concerns the fuel’s lubricating properties and a defined wear-test requirement. Fuel friction modifiers target friction during engine operation; fuel-economy performance requires an appropriate controlled engine or vehicle evaluation.
Related solutions & case studies Discuss the application with Cestoil Share the process or formulation, current operating conditions and the result you want to evaluate. Our technical team can help define the next review.
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