Activated Alumina Powder

Product Description: Activated Alumina Powder Reactive Alumina Powder, also known as Alumina Powder Activated, is a highly versatile and effective Activated Alumina Chemical. With its exceptional Thermal Stability, this product can withstand temperatures of up to ≥1000℃, making it suitable for a wide range of industrial applications. Our Activated Alumina Powder has a low Loss On Ignition rate, ≤5%, ensuring that it maintains its integrity even when exposed to high temperatur

High quality molecular sieve Activated Alumina Powder Three-way catalyst technology, introduced in the 1980s, made it also possible to control NOx emissions from SI engines at levels that are significantly lower than NOx emissions from diesel engines. Finally, in the 1990s, oxidation catalysts have been introduced to diesel fueled cars in Europe, as well as to heavy-duty diesel bus and (to a limited scale) truck engines in the USA. Most catalysts in all of the above

Activated Alumina for automobile exhaust AC-200 These gases cause a serious problem of air pollution from industrial plants as well as the waste gases. From a view point of preventing air pollution caused by the emission of these noxious compounds, it is required to render the exhaust gases harmless by oxidizing carbon monoxide, hydrocarbons, etc., in the exhaust gases and by reducing or decomposing the nitrogen oxides before the exhaust gases are released into the open air.

Factory supply modified alumina for automobile exhaust The exhaust gases emitted from internal combustion engines usually contain hydrocarbons, carbon monoxide, carbonyl compounds, etc., resulting from partial or incomplete combustion of fuels, and nitrogen oxides produced by the reaction between oxygen and nitrogen gases contained in the air used for the combustion of fuels at elevated temperatures.From a view point of preventing air pollution caused by the emission of these

Modified Alumina for automobile exhaust AC-100 Following the adoption of the CAA and the resulting vehicle emission standards, oxidation catalysts have been commercialized in the USA in the mid-1970s (first commercial application in model year 1975 cars) to control emissions of CO and HC from spark ignited (SI) gasoline engine applications.The list of catalyst applications covers such emission sources as chemical plants, painting and coating processes, ovens, printing, dry