Skoda Octavia Catalytic converters: scrap price AutoCatalyst Market (40 results)

1K0131701EK
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1K0131701EK
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1K0178HD / J-29-3070 / J-20-3070 / J-29-3012
Car models:
Car description:
Volkswagen 1.8 TSI / Audi 1.8 TSI / Seat 1.8 TSI / Skoda Octavia A5 1.8 TFSI
Monolith:
1K0131690AK
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1K0131690AK
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1K0178DA / J-29-3278 / J-26-3052 / J-25-3078 / J-27-3165 / D 14-012 A / J-27-314 / J-27-3174 / J-25-3242 / J-27-3172 / J-25-3453 / D-15-021
Car description:
Skoda Octavia II 1.9 TDI (105 hp / 77 kw) / Audi A3 1.9 TDI (105 hp / 77 kw) / Audi A3 2.0 TDI 16V (140 hp / 103 kw) / Volkswagen Golf V 2.0 TDI 16V (140 hp / 103 kw) / Volkswagen Passat B6 2.0 TDI (140 hp / 103 kw) / Volkswagen Touran (105 hp / 77 kw)
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1J0178ABHF
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1J0178ABHF
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J273083080730HF / J220700103 I HF / J220700103 / 4698 / J231220903HHF / J273081L507 / J2530520405
Car description:
Volkswagen Golf IV 1.6 / Skoda Octavia Combi (1U) 1.6 / Skoda Octavia Tour
Monolith:
1K0131701AS
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1K0131701AS
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1K0178MA / J-26-3083 / J-26-3094
Car description:
Seat Leon II 1.6 / Volkswagen Golf 1.6 / Audi A3 1.6 / Skoda Octavia A5 1.6
Monolith:
1K0131701DE
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1K0131701DE
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1K0178PB / 1K0254211A / 1K0254200Q
Car description:
Volkswagen Golf VI 1.4 TSI / Volkswagen Scirocco III 1.4 TSI (122 hp / 90 kw) / Volkswagen Passat 1.4 TSI / Seat Altea XL 1.4 TSI (125 hp / 92 kw) / Skoda Octavia 1Z 1,4L 16V / Volkswagen Golf EOS 1.4 TSI / Audi A3 1.4 TFSI
Monolith:
1K0131701DK
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1K0131701DK
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1K0178MB / J-23-3104 / J-11-3004 / J-12-3006
Car description:
Skoda Octavia II 1.6 8V / Audi A3 / Volkswagen Golf IV / Volkswagen Jetta
Monolith:
1K0131690BF
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1K0131690BF
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1K0178LA / J-25-3005 / J-28-3076 / J-28-3076 / J-29-3100 / J-25-3010 / J-26-3039
Car description:
Volkswagen Caddy III 1.9 TDI (105 hp / 77 kw) / Mitsubishi Lancer VIII Sportback 2.0 (140 hp / 103 kw) / Skoda Octavia A5
Monolith:
5Q0131701S
Ref:
5Q0131701S
Ref2:
5Q0178BA
Car description:
Volkswagen Golf VII 1.4 TSI (125 hp / 92 kw) / Skoda Octavia III 1.4 TSI (140 hp / 103 kw) / Seat Leon 1.2 TSI (110 hp / 81 kw) / Seat Leon SC 1.4 TSI (125 hp / 92 kw) / Audi A3 1.4 TFSI
Manufacturer:
Monolith:
028178EAH
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028178EAH
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DD-5104 / ED-19213 / ED-17024 / ED-19088 / JD-20173
Car description:
Volkswagen Golf IV 1.9 TDIi / Skoda Octavia 1.9 TDI
Monolith:
1K0131690L
Ref:
1K0131690L
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1K0178DA / JD-23-067 / J-24-3047
Car description:
AudiI A3 1.9 TDI (105 hp / 77 kw) / Audi A3 2.0 TDI / Skoda Octavia / Volkswagen Golf V 2.0 TDI 16V (140 hp / 103 kw) / Volkswagen Touran 2.0 TDI
Monolith:

United States - Catalyst Buyers AutoCatalyst Market

Skoda Octavia catalytic converter scrap price and how does the catalyst work?

Skoda Octavia is without a doubt a legendary model that is popular all across the world. The car is beloved by many drivers from Europe, America , and Russia. Both old and new models are still being sold and have various features. The features that allow anyone to find their own optimal Skoda Octavia. The recent version of the models are still being produced worldwide. Skoda Octavia has never been an outsider in any market. There were, of course, local failures, but mainly due to the fact that the life cycle of the different generations was coming to an end. This was the case, for example, with the first generation car. A lot of time has passed since then, during which the Czech-German car, according to the results of sales in its class, never flew beyond the top five. And in recent years, Octavia has even become a leader in some markets. Aside from the design and other features, the brand new models are equipped with a top-notch exhaust system reduction filter. That filter is named catalytic converter. 

Skoda Octavia catalyst

The time does not stand still. Everything develops, including different types of mechanisms and features in modern vehicles. One of the features that was mentioned above is the Skoda Octavia catalytic converter. The catalytic converter purifies the vehicle's exhaust gases and minimizes the outcome of harmful gases. Platinum, palladium, and rhodium, precious metals deposited on the honeycomb inside the catalyst housing, promote chemical reactions, during which toxic gasoline combustion products are converted into neutral substances. Instead of the violation of hydrogen compounds, carbon monoxide and nitrogen oxides, nitrogen, water vapor, and carbon dioxide are released into the atmosphere. Simply speaking, a catalytic converter is nothing but a filter.

How does the catalytic converter of Skoda Octavia work?

The catalytic converter receives heat from the combustion of fuel in the engine. The closer the catalyst is to the engine, the more energy it receives and the more efficiently it works. Another function of the Skoda Octavia catalytic converter is to equalize the flow of gases in front of the muffler. The complex internal structure, consisting of a thin ceramic or metal honeycomb, located in one or more compartments, reduces the flow rate and smooths its gustiness. It is taking into account the change in the flow in the catalyst that the auto muffler is designed.

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Articles
How effective are catalytic converters?

How effective are catalytic converters? Many people around the world began to think about the fact that production and various things pollute our environment. And one of those things is there are more than a billion cars in the world, and every automobile pollutes the external environment of the world. And so scientists have created a part that can reduce pollution, and its name is a catalyst. It is catalytic converters that help the world save a huge amount of fresh air and prevent such massive pollution. But how do catalysts purify harmful emissions and play the role of a large filter in the vehicle? The answer lies within the catalysts themselves, thanks to the precious metals that are inside the catalyst. Forming a certain structure inside the catalyst, reactions occur that filter all gases. Inside this part are materials such as platinum, palladium, and rhodium, they perform such an important task. Therefore, thanks to scientists who think every day about how to save the plane

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What chemical reactions happen in a catalytic converter?

What chemical reactions happen in a catalytic converter? In the world, at the moment there are billions of cars, and humanity is well aware that these automobiles pollute the external space very much. And to avoid serious consequences, mankind has invented catalysts that filter exhaust gases. A vehicle can't run on fuel unless it emits exhaust because the reaction inside is fast and needs to go somewhere. And so a catalyst was invented so that the exhaust would not just fly into clean air. And inside the catalyst, simple reactions occur, which are a catalytic converter reaction to exhausts, and then oxidation reactions occur.  But there are also disadvantages because catalyzes exhaust also affects our planet. CO2 enters the air, which comes out after the processing of exhaust catalysts. And carbon dioxide is just as bad for our environment, but not as bad as just-auto exhaust. The main problem is due to the engine because it is after the engine has processed the fuel that a reac

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What comes out of a car’s exhaust pipe?

What comes out of a car’s exhaust pipe? Cars are a very serious mechanism, which is connected by every part to each other as if it were a Swiss watch. And in order to work properly, people need to adhere to cleanliness and order in the automobile, but there is a problem with which the world has been struggling for more than one year. These are the exhaust and harmful gases of the car that comes from the processing of fuel inside the engine. A mix of different gases flies out and seriously pollutes our world because it is these gases that enter the air that all people in the world breathe every day. And there are billions of autos in the world, so if every car emitted these gases, there would be no clean air. That is why the catalyst was invented to simply solve the problem. Because, for example, a car silencer will not help in any way in solving the concern. But the catalyst, which is currently present in almost every car, can help the world avoid a terrible fate. And at the moment

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How do autocatalysts help the environment?

How do autocatalysts help the environment? In our world, many people are beginning to understand that the amount of various pollution is only growing every day. And one of the most polluted things in our air is the vehicle. Therefore, large companies decided to create a part that will cope with the exhaust of a billion cars around the world.  Because polluting gases emanating from cars exacerbate the situation every day. It is thanks to catalysts that humanity can use pollution controls. And at the moment, almost all cars have catalysts from different companies that are made of different materials. For example, palladium, rhodium, ceramic, and so on. Thanks to all these materials, the catalyst plays the role of a large filter that most effectively performs its function of cleaning our external environment. And a lot of people simply don't know that the number of harmful elements coming out of cars exceeds all norms. And they simply sell their catalysts without thinking about the

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