Products
High pressure magnetic reactor
Top entry magnetic reactors/ Magnetic drive pressure reactors/Magnetic seal reactor/ Magnetic drive reactors/ Mangeitc drive high pressure reactors/ Magnetic coupling drive reactors/Magnetic reactors
Supercritical foaming equipment
Supercritical foaming equipment technology is a kind of new foaming technology developed in recent years, which USES supercritical carbon dioxide and nitrogen to inflate granular or plate-like TPU materials (commonly known as foaming).
310S reactor;Alloy 310 reactor; 310S equipment;Alloy 310 equipment;310S autoclave
Industrial catalytic reactor / catalytic hydrogenation reactor/ catalytic reactor / Chemical catalytic reactor
High pressure chemical reactor
HXCHEM offer various chemical reactor/ High pressure chemical reactor/ Stainless steel reactor/ Pharmaceutical reactors/ Chemical reactor/ Cladding reactor
1000l 90bar Electric heating pressure reactors
1000l high pressure chemical reactors/Continuous stirred tank reactor/ High Pressure Stirred Reactor/Industrial continuous stirred tank reactor/ Stainless steel continuous stirred tank reactor/ Chemical reactor/ Jacketed vessels
Stainless steel storage tank/ Storage tank | Stainless steel storage tank | Water storage tank, single layer storage tank, Dual layer storage tank, Three layer storage tank, Tank, Liquid water storage tank
Catalyst Hydrogenation Reactor
The hydrogenation system usually involves a three-phase slurry, the solid catalyst in slurry phase and the hydrogen bubbles as the gas phase. As there are a number of phase boundaries the mass transfer, and especially the hydrogen dispersion, is a very factor. The mixing system that is employed in the reactor influences the mass transfer coefficient of the gas-liquid transfer greatly.
HXCHEM specialize in Catalyst Hydrogenation Reactor/Hydrogenation Reactor/ Hydrogenator/ Hydrogenation/ Dehydrogenation reactors
Catalytic Reductive Amination Reactors
Catalytic reductive amination of aldehydes and ketones with nitro compounds is a promising methodology for an efficient and green synthesis of secondary and tertiary amines. To date, numerous catalytic hydrogenation and transfer hydrogenation processes have been designed employing both noble and non-noble metal catalysts




