Emission control catalysts eliminate dangerous engine pollutants from a wide range of fuels, including gasoline, diesel, natural gas, and alternate fuels.
Umicore catalysts transform pollutants into harmless gases within a catalytic converter before releasing them into the environment. These converters generally consist of a stainless steel housing containing the catalytically active material applied onto a ceramic or metallic monolith as support.
Emission control catalysts eliminate dangerous engine pollutants from a wide range of fuels, including gasoline, diesel, natural gas, and alternate fuels.
Umicore catalysts transform pollutants into harmless gases within a catalytic converter before releasing them into the environment. These converters generally consist of a stainless steel housing containing the catalytically active material applied onto a ceramic or metallic monolith as support.
The LHPU is a catalyst testing station, used to characterize reforming catalysts, shift catalyst, prox catalysts etc. It is a suitable device for using in the development of hydrogen and fuel cells solutions. Users typically are R&D departments of OEM's, R&D centres, Universities, Fuel cell companies and Catalyst manufacturers.
Metex has been a supplier to the automotive and small engine industries for over 40 years supplying the first knitted wire mesh supports for the monolithic catalyst element in an automotive converter assembly. Metex coated exhaust catalysts continues our long standing tradition of innovation by offering specialty catalysts and mufflers using knitted wire mesh coated with a variety of precious Platinum metals. Our knitted wire mesh product delivers durability, reduced emissions and decreased backpressure and is cost effective when compared to other substrates. Our designs are customized in a variety of sizes and loadings to exceed the expected performance of your system and meet all applicable emissions and conversion requirements. Our mesh substrates reduce oxides of nitrogen (NOx) as well as carbon monoxide (CO), hydrocarbons (HC) and particulate matter (PM).
