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Volkswagen Santana 3000
LQSQP
76$
| Quantity: | |
|---|---|
Product introduction
Premium catalytic converter for The Volkswagen Santana 3000，This product we use high-quality raw materials 409 stainless steel, and with high flow ceramic carrier, to help each car can purify exhaust gas, reduce fuel consumption, improve power, and extinguish engine failure lights!
The role of the three-way catalytic converter
Exhaust gas purification
Through the internal precious metal coating (platinum, rhodium, palladium), three main harmful substances in the exhaust gas are chemically converted:
CO (Carbon monoxide) → CO₂ (carbon dioxide)
HC (hydrocarbon) → H₂O (water) and CO₂
NOx (Nitrogen oxides) → N₂ (nitrogen) and O₂ (oxygen)
The conversion efficiency can reach more than 90%, ensuring that the vehicle meets the environmental emission standards.
Meet vehicle requirements
Engines (such as 1.8L or 2.0L naturally aspirated engines) equipped with the Santana 3000 are required to meet national III/National IV emission regulations through a three-way catalytic converter.
Second, the structure characteristics of Santana 3000 three-way catalytic converter
Installation position
It is usually located behind the exhaust manifold, next to the engine, connected to the exhaust pipe through a flange, and the front end is connected to an oxygen sensor.
Core material
Honeycomb ceramic support or metal support, surface coated with precious metal catalyst, external wrapped stainless steel housing.
Original design
Designed for Santana 3000 exhaust system to ensure smooth airflow and high temperature resistance (operating temperature up to 400℃~800℃).
Three, common problems and replacement scenarios
Failure performance
Exhaust gas exceeded the standard: the CO/HC/NOx value increased abnormally during the annual inspection.
Power decline: blockage of the catalytic converter leads to poor exhaust, weak engine acceleration, and increased fuel consumption.
Fault light: The oxygen sensor detects abnormal emissions, triggering an engine fault code (e.g. P0420).
Abnormal sound: After the internal ceramic carrier breaks, it may emit a "crash" abnormal sound during driving.
Conditions requiring replacement
Catalyst due to long-term use of precious metal coating failure (aging, poisoning).
Poor fuel quality or burning oil, resulting in carbon blockage or carrier melting.
Accident collision causes shell deformation or carrier damage.
Fourth, the core benefits of replacement
Environmental compliance
Ensure exhaust gas standards, avoid annual inspection failure or restrictions.
Recovery dynamic performance
Solve exhaust clogging problems, reduce engine back pressure, and improve throttle response and acceleration.
Engine protection
Reduce carbon accumulation and high temperature damage caused by poor exhaust and extend engine life.
Optimized fuel economy
After the exhaust system is unblocked, the combustion efficiency is improved, and the fuel consumption may be slightly reduced.
Five, professional installation
During replacement, check the tightness of the oxygen sensor and exhaust pipe simultaneously to avoid air leakage or fault codes.
After installation, you are advised to use a diagnostic device to clear the fault code and conduct a road test to confirm that no exception is found.
Routine maintenance
Use compliant fuel and avoid adding inferior gasoline or leaded gasoline.
Periodically check engine conditions (such as ignition system, air-fuel ratio) to prevent unburned mixture from damaging the catalyst.
Product introduction
Premium catalytic converter for The Volkswagen Santana 3000，This product we use high-quality raw materials 409 stainless steel, and with high flow ceramic carrier, to help each car can purify exhaust gas, reduce fuel consumption, improve power, and extinguish engine failure lights!
The role of the three-way catalytic converter
Exhaust gas purification
Through the internal precious metal coating (platinum, rhodium, palladium), three main harmful substances in the exhaust gas are chemically converted:
CO (Carbon monoxide) → CO₂ (carbon dioxide)
HC (hydrocarbon) → H₂O (water) and CO₂
NOx (Nitrogen oxides) → N₂ (nitrogen) and O₂ (oxygen)
The conversion efficiency can reach more than 90%, ensuring that the vehicle meets the environmental emission standards.
Meet vehicle requirements
Engines (such as 1.8L or 2.0L naturally aspirated engines) equipped with the Santana 3000 are required to meet national III/National IV emission regulations through a three-way catalytic converter.
Second, the structure characteristics of Santana 3000 three-way catalytic converter
Installation position
It is usually located behind the exhaust manifold, next to the engine, connected to the exhaust pipe through a flange, and the front end is connected to an oxygen sensor.
Core material
Honeycomb ceramic support or metal support, surface coated with precious metal catalyst, external wrapped stainless steel housing.
Original design
Designed for Santana 3000 exhaust system to ensure smooth airflow and high temperature resistance (operating temperature up to 400℃~800℃).
Three, common problems and replacement scenarios
Failure performance
Exhaust gas exceeded the standard: the CO/HC/NOx value increased abnormally during the annual inspection.
Power decline: blockage of the catalytic converter leads to poor exhaust, weak engine acceleration, and increased fuel consumption.
Fault light: The oxygen sensor detects abnormal emissions, triggering an engine fault code (e.g. P0420).
Abnormal sound: After the internal ceramic carrier breaks, it may emit a "crash" abnormal sound during driving.
Conditions requiring replacement
Catalyst due to long-term use of precious metal coating failure (aging, poisoning).
Poor fuel quality or burning oil, resulting in carbon blockage or carrier melting.
Accident collision causes shell deformation or carrier damage.
Fourth, the core benefits of replacement
Environmental compliance
Ensure exhaust gas standards, avoid annual inspection failure or restrictions.
Recovery dynamic performance
Solve exhaust clogging problems, reduce engine back pressure, and improve throttle response and acceleration.
Engine protection
Reduce carbon accumulation and high temperature damage caused by poor exhaust and extend engine life.
Optimized fuel economy
After the exhaust system is unblocked, the combustion efficiency is improved, and the fuel consumption may be slightly reduced.
Five, professional installation
During replacement, check the tightness of the oxygen sensor and exhaust pipe simultaneously to avoid air leakage or fault codes.
After installation, you are advised to use a diagnostic device to clear the fault code and conduct a road test to confirm that no exception is found.
Routine maintenance
Use compliant fuel and avoid adding inferior gasoline or leaded gasoline.
Periodically check engine conditions (such as ignition system, air-fuel ratio) to prevent unburned mixture from damaging the catalyst.
