Petrol additive Mannol 9202 Catalytic Ester 450 ml.

EUR 3.95

Petrol Additive Mannol 9202 Catalytic Ester, 450 ml Mannol 9202 Catalytic Ester is a complex petrol additive based on synthetic esters, designed to help maintain the cleanliness of the fuel system, exhaust system, and catalytic converter. It is suitable for petrol engines, including engines equipped with catalytic converters, oxygen sensors, and modern exhaust emission control systems. The additive helps improve the fuel combustion process, reduce deposits, soot, and exhaust gas toxicity. It supports cleaning of the catalytic converter and oxygen sensors without dismantling, while also helping the engine run more smoothly, start more easily, and maintain stable idle speed. Advantages: Helps clean the catalytic converter without dismantling Supports cleanliness and proper operation of oxygen sensors Reduces deposits, soot, and carbon build-up Helps keep the fuel system clean Cleans injectors, carburetors, valves, and the combustion chamber Promotes smoother engine operation Helps reduce smoke and exhaust gas toxicity May help reduce fuel and oil consumption Suitable for regular preventive use Technical specifications: Product: petrol additive Model / code: 9202 Catalytic Ester Volume: 450 ml Suitable fuel: petrol Suitable engines: petrol engines, including two-stroke and hybrid engines Compatible with catalytic converters: yes Compatible with oxygen sensors: yes Formula: synthetic ester-based additive without metal-containing ash components Dosage for intensive cleaning: 450 ml per 30 L of fuel Preventive use: approximately 1:100 ratio How to use: Add the product to the fuel tank before or during refuelling. For maximum cleaning effect, use 450 ml per 30 litres of petrol. For preventive maintenance, the recommended ratio is approximately 1:100. Regular use helps maintain the cleanliness of the fuel and exhaust systems. Application: Suitable for passenger cars, hybrid vehicles, and other equipment with petrol engines. Especially useful for vehicles frequently driven in urban conditions, short trips, or operating environments where deposit formation is more likely.