Industrial Supercritical CO2 Extraction Machine

Device Description: The supercritical CO2 fluid extraction(SCFE) machine can effectively extract Walnut Oil from Walnut.The raffinate can be used to produce walnut protein powder. 1, The SCFE technology is widely used in pharmaceutical, cosmetics, food, health products, new materials and other fields. 2, The SCFE machine is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for

10L×3 Natural Astaxanthin Supercritical CO2 Extraction Experiment Machine Device Description: The supercritical CO2 fluid extraction(SCFE) machine can effectively extract Walnut Oil from Walnut.The raffinate can be used to produce walnut protein powder. 1, The SCFE technology is widely used in pharmaceutical, cosmetics, food, health products, new materials and other fields. 2, The SCFE machine is a high-pressure systematic device which changes the CO2 between its gas, liquid

Device Description: The supercritical CO2 fluid extraction(SCFE) machine can effectively extract Pure Natural Astaxanthin from Algae. 1, The SCFE technology is widely used in pharmaceutical, cosmetics, food, health products, new materials and other fields. 2, The SCFE machine is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for process of system circulation. 3, The

Device Description: The supercritical CO2 fluid extraction(SCFE) machine can effectively extract pepper oil from pepper. 1, The SCFE technology is widely used in pharmaceutical, cosmetics, food, health products, new materials and other fields. 2, The SCFE machine is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for process of system circulation. 3, The extractor cover of

Device Description: The supercritical CO2 fluid extraction(SCFE) machine can effectively extract oil from pumpkin seed. 1, The SCFE technology is widely used in pharmaceutical, cosmetics, food, health products, new materials and other fields. 2, The SCFE machine is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for process of system circulation. 3, The extractor cover of

Device Description: The supercritical CO2 fluid extraction(SCFE) machine can effectively extract capsanthin from hot pepper. 1, The SCFE technology is widely used in pharmaceutical, cosmetics, food, health products, new materials and other fields. 2, The SCFE machine is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for process of system circulation. 3, The extractor cover

Rose Essential Oil Supercritical CO2 Extraction Machine(600L×3 ) The supercritical CO2 extraction machine can extract rose essential oil in rose. 1, The CO2 SFE plant is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for process of system circulation. 2, No use of organic solvent, hence no pollution of extracts. 3, Operation at low temperature, hence no damage to natural

50L×3 Supercritical CO2 Extraction Machine This equipment contains 3 extractors, 2 separators, 1 CO2 storage tank, without CO2 recovery system. 1, The SCE Machine is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for process of system circulation. 2, No use of organic solvent, hence no pollution of extracts. 3, Operation at low temperature, hence no damage to natural active

10L Supercritical CO2 Extraction Experiment Machine 1, The CO2 SFE plant is a high-pressure systematic device which changes the CO2 between its gas, liquid and supercritical state for extraction and separation of materials and for process of system circulation. 2, No use of organic solvent, hence no pollution of extracts. 3, Operation at low temperature, hence no damage to natural active components. 4, High selectivity of extracts. High concentration of components. 5, Easy