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Catalyst Division
Gas catalyst
Ozone O3 decomposition/destruction catalyst
Ozone O3 removal filter (aluminum honeycomb carrier)
Ozone removal filter(Copper mesh carrier)
Hopcalite catalyst
Hopcalite powder(copper-manganese mixed oxide)
CO removal catalyst (Ceramic honeycomb)
CO removal catalyst (Pt and Pd)
CuO catalyst (for removing oxygen from Nitrogen or Methanol Synthesis)
Palladium on aluminium(Pd/Al2O3)
VOCs treatment catalyst (Pt and Pd )
Oxygen O2 removal catalyst
zinc oxide desulfurizer
Desiccant and adsorbent
Activated alumina ball
Carbon dioxide adsorbent / Soda lime
Honeycomb activated carbon
Carbon molecular sieve
Carbon Molecular Sieve(CMS-200)
Carbon Molecular Sieve(CMS-260)
Carbon Molecular Sieve(CMS-330)
Graphite Division
Recarburizer
Calcined Petroleum Coke (CPC)
Column recarburizer
Graphitized Petroleum Coke (GPC)
Natural graphite powder
Natural amorphous graphite
Expanded Graphite (EG)
Natural flake graphite
PMI Foam Division
PMI foam
X series PMI Foam
F series PMI Foam
R series PMI Foam
Foam CNC machining
Composites
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Foundry
Industry gas treatment
Gas mask and refuge chamber
Ozone decomposition
VOCs treatment
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CN
02
2026.09
Rapid Growth of the Hydrogen Economy Creates New Opportunities for Copper Oxide Deoxygenation Catalysts
31
2026.08
Why Are Copper-Based Catalysts the Preferred Choice for Hydrogen Deoxygenation?
28
Industrial PSA Technology: How Is 99.999% Nitrogen Produced?
26
The Manufacturing Process Behind High-Performance Carbon Molecular Sieves
24
How Carbon Molecular Sieve Determines Nitrogen Purity?
22
Why Is Residual Ozone a Concern in RAS?
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