500bar 1500L×3 Industrial Supercritical CO2 Extraction Machine
Contact Person : Francis Li
Phone Number : +86 15085632682
|Minimum Order Quantity :||1sets||Price :||Negotiable|
|Packaging Details :||Metal frame & skin package||Delivery Time :||90days|
|Payment Terms :||T/T, L/C||Supply Ability :||50 sets per year|
|Place of Origin:||China||Brand Name:||50L×3 SCE Machine|
|Certification:||ASME CE PED||Model Number:||SCE 50L-3|
|Height:||6m||Material:||The Part In Contact With CO2 And Water Is 304 Stainless Steel|
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.
The SCFE technology is widely used in pharmaceutical, cosmetics, food, health products, new materials and
1,The extractor cover of this plant uses hydraulic pressure quick opening structure.
2,The max-working extraction pressure of the equipment is ≤700bar, max-working extraction temperature is 70℃,and
the effective volume of the material basket is 50L.
3,The rubber and plastic foam material are used on all pressure vessels and pressure pipes to keep temperature,
outside is thin stainless steel, which will make our device beauty.
4,The extract, separate pressure and temperature can be automatic and remote controlled by PLC.
5. Provide Turnkey Service:GAWEE has rich design, manufacture experience, and can provide customized one-to-one service.
6. Superior Cost-performance Ratio:The price is only 30% to 50% compared with other international brands.
7. Lower Production Cost:The equipment could save customer 20% energy consumption.
8.GAWEE has provided more than 300 sets industrial-scale and dozens of pilot-size devices home and abroad.
1,No use of organic solvent, hence no pollution of extracts.
2,Operation at low temperature, hence no damage to natural active components.
3,No discharge of solid waste, waste gas or waste water.
4,High selectivity of extracts. High concentration of components.
5,Easy separation of CO2 from extracts.