150L Co2 extracting machine for astaxanthinCE certificated Extractor for Cannabis oilNew design extraction machine for Bergamot15L Supercritical fluid CO2 extractor for Angelica As one of the leading manufacturers supplier traders and exporters of this commendable range of CE certificated Falling film for Gardenia ever since our.
Botanical Extraction Methods and Post Know More.
Established in 2010 ourfirm is the leading Manufacturer and Wholesaler of CBD extraction With PLC controllerWe ensure that the offered products are in compliance with industrial quality norms and guidelinesMoreover our fair business policies have always attracted our clients to deal with us and get profitable returns from the business.
Extratex Supercritical Fluid InnovationThe whole ExtrateX Team wishes you a Success Healthy amp Happy New Year 2022 During Christmas time our team of expert has successfully tested amp shipped our last ultra high pressure industrial extraction equipment SFE 3215400L at 1000 bar See you in February in Florida for.
In response to this challenge the CSIR will now establish a pilotscale Supercritical CO2 Encapsulation Facility SCEF that will have a production capacity of up to 100kgproduct per hour producing products for a wide range of applications which includes personal care to nutraceuticalsIn addition as the endproducts will be for use in food nutraceuticals for human and animal use and personal care products the Hazard Analysis Critical Control Point HACCP safety system will be implemented across the facility.
Supercritical CO2 equipment uses supercritical fluid CO2 technology to complete the dissolution and separation of target substancesIn the domestic supercritical extraction equipment we are the first to realize fully automatic control equipment which has all functions such as production detection adjustment control.
Supercritical Co2 Extraction Equipment usually is used for material extraction under the high pressure and suitable temperature solid or fluid Changing conditions in the separator to parse out dissolved substances in order to achieve the purpose of separationThe device is mainly composed of extraction kettle Separate kettle CO2 high.
Extraction kettle containing crushed 5080 mesh and dried moisture lt10 animal and plant raw materials.
Supercritical dryerSupercritical CO2 drying equipment has two drying processes CO2 fluid or ethanol liquid dryingDrying method using the characteristics of supercritical fluidIt is a equipment that uses supercritical fluid to dry materials with the advantages of both gas and liquid propertiesBIT accepts supercritical drying order.
Supercritical fluid machine 50ML up to 500MLThe SFE is versatile quotmultisolventquot extraction machine with precise control of process parameters for analytical purposesDedicated to be place on lab bench.
The most famous and successful industrial process for supercritical CO2 extraction is the coffee decaffeination processIt can also be used to extract any botanical oil from any plant materialThere are many other essential oil extracts that are used in the supplements industry that utilize this process.
The Supercritical CO2 Extraction skid is used to fractionate oils and waxes from the materialIt has 2 10 L holding chambers for materialIt has a working pressure of 1000 to 7500 PSIEach of its three collection chambers can measure density for optimal fractionalizationIt has a CO2 recycle function to lower the amount of CO2 it consumes.
The unique advantage of the Supercritical CO2based encapsulation technology is that it encapsulates sensitive actives used in animal and human health such as probiotics proteins and vitamins in an inert environment without exposure to moisture oxygen and solvents while operating at low temperatures thereby preserving the activity of the materialsThis is key in providing a balanced nutrition for human health livestock improve feed digestibility and reduce overall feed requirements leading to production cost savings.
Currently the encapsulation methods that are being used commercially are spray drying or extrusionHowever these processes expose sensitive actives to high temperatures shear organic solvents moisture and oxygenAll these can compromise their stabilityTherefore as an alternative our team has developed novel encapsulation technologies using the supercritical CO2 processThis is a more efficient process to encapsulate sensitive actives says Principal Researcher at the Centre for Nanostructures and Advanced Materials of the CSIR Dr Philip Labuschagne.
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