This product uses cordierite honeycomb ceramics, metal honeycomb, and γ - alumina particles as carriers, supplemented by rare earth oxygen storage modified materials, loaded with platinum palladium precious metals or manganese copper transition metal active components to form a multi-component catalytic system. It can quickly ignite at low temperatures, efficiently oxidize industrial VOCs into CO2 and H2O, and ensure the safety of exhaust gas

This product is specially designed for sintering machine flue gas and coke oven flue gas in the steel industry. It is developed to address the characteristics of large temperature fluctuations and complex exhaust gas composition in sintering, coking and other processes. It is a catalytic oxidation catalyst for treating carbon monoxide (CO) in complex flue gas environments, which can efficiently convert CO into non-toxic CO2 at lower temperatures,

Specially designed for the synthesis reaction of butynediol (BYD) alkyne aldehyde, compatible with the Invista process, it is a core catalytic material that connects formaldehyde and acetylene raw materials and achieves efficient conversion, providing key support for BYD's large-scale high-quality production.

Used for the synthesis of butynediol in the BDO process by aldehyde acetylene method (low pressure), it is a copper bismuth catalyst supported on magnesium silicate, suitable for ISP (three-dimensional process) alkyne aldehyde synthesis reaction.

Widely used in industries such as petrochemicals, energy, metallurgy, hydrogen energy, various hydrogenation units, and natural gas hydrogen blending.