CATALYTIC CONVERTORS

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  • Swarna Aditya Bullion and Commodities Resources Private Limited Plot No 75, Sector -4 Industrial Estate IMT Manesar GURGAON 122051
  • +911244084919
  • info@swarnaadittyabullion.com


At SAB, we engage with refineries that use the state–of–the–art technologies necessary to process Steel and Ceramic Catalytic Converters. Based on the needs of our clients, we can tailor flexible payment terms, process times and quotation methods. For clients dealing with multiple products, we offer package deals with increased prices. Catalytic Converters contain precious metals such as Platinum, Palladium and Rhodium.
SAB provides the processing service for all ceramic or steel catalytic converter waste.
Our company policy allows flexible metals hedging terms, which enables you to minimize the market fluctuation risks. Our refinery has a cutting-edge on-site laboratory with the latest analyzing machinery for automotive catalytic converters including XRF and ICP analyzers.


Everything you need to know about Catalytic Converter

A catalytic converter uses its pipes, precious metals and other materials to absorb the toxic emissions that come from vehicles. It usually lasts the entirety of a car’s lifetime.

A catalytic converter is what makes a car’s toxic emissions safer for the environment. A catalytic converter is located underneath a vehicle and it looks like a big metal box with two pipes coming out of it. This car part is crucial to any car so that it does not cause harm to the environment, and its materials hold a lot of value before and after its use. The catalytic converter uses its two pipes to expel safe emissions, and it uses precious metals that increase its value. This makes the catalytic converter valuable after its use, as the metals can be recycled.
A catalytic converter uses its pipes, precious metals and other materials to absorb the toxic emissions that come from vehicles. It changes harmful compounds into safe gasses that look like steam. There are two main types of catalytic converters that can be seen in a car: Reduction catalysts and oxidation catalysts. Reduction catalysts reduce nitrogen oxide pollution and remove oxygen from the emissions. Oxidation catalysts change carbon monoxide into carbon dioxide by adding oxygen.
A catalytic converter usually lasts the entirety of a car’s lifetime. These car parts are expensive to replace, and it is beneficial that they last long enough to not need replacement. Catalytic converters are known to last 10 years or longer, but they may become clogged, damaged or contaminated by oil, which would call for replacement. A bad catalytic converter would affect the car with reduced acceleration, the smell of sulfur and excessive heat from under the vehicle. A mechanic should diagnose these issues, as replacing a catalytic converter can be very expensive.
A catalytic converter is designed specifically to capture harmful compounds and convert them, and each material used in the car part has a unique aspect to do so. A distinctive part of a catalytic converter is the honeycomb shape inside. The honeycomb is made out of metal or ceramic foil that maximizes the surface area to capture emissions. It is also coated in metal and meant to capture the toxins from the vehicle. The catalytic converter is also surrounded by a magnetic metal shield made out of stainless steel.
The specifications that a catalytic converter increases its values as well as its use of precious metals. A catalytic converter also uses precious metals like pallidum, platinum, and rhodium that drive up the price, but a converter’s price has many variables. The expensive price of a catalytic converter can be caused by a higher number of precious metals used, and the metal coating used for other materials. The price of precious metals often fluctuates because of their supply and demand, which causes a fluctuation in catalytic converter pricing. Other factors that change the price include when it was made, the manufacturer, and the type of cars it was made for.
The specifications that a catalytic converter increases its values as well as its use of precious metals. A catalytic converter also uses precious metals like pallidum, platinum, and rhodium that drive up the price, but a converter’s price has many variables. The expensive price of a catalytic converter can be caused by a higher number of precious metals used, and the metal coating used for other materials. The price of precious metals often fluctuates because of their supply and demand, which causes a fluctuation in catalytic converter pricing. Other factors that change the price include when it was made, the manufacturer, and the type of cars it was made for.