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Plant Extraction and Separation
Brief introduction
Plant extracts are made from plants, according to the demand for the use of the extracted final product, through the process of physical and chemical extraction and separation, Products formed by directionally harvesting and concentrating  one or more active ingredients in plants, without changing the structure of the active ingredients.According to the different components of extracted plants,Which formed glycosides, acids, polyphenols, polysaccharides, terpenes, flavonoids and alkaloids.

Different plant extracts have different effects and functions ,they can be used in the pharmaceutical industry, food industry, beauty industry and other industries.

Bojie provides macroporous adsorption resin for plant extraction, which can extract saponins, plant polyphenols, stevia glycosides, flavonoids, alkaloids, plant pigments and other effective ingredients.
Typical application
Product

Broad-application resin

    Product Name Moisture content % Surface Area(m2/g) Typical Application Operation
    BJ7503 65-75 >500 Separation and purification of active ingredients from various natural products such as flavonoids, stevioside, chlorogenic acid, alkaloids, saponins, macrolides and polyphenols
    BJ7507 55-65 >800 Extraction and separation of various natural products
    BJ7509 55-65 >600 Separation and purification of active ingredients of various natural products such as flavonoids, stevioside, chlorogenic acid, alkaloids, saponins, macrolides and polyphenols.
    BJ7511 65-70 >500 Extraction and separation of various natural products
    BJ7516 40-50 >500 Natural product separation
    BJ7519 45-55 >700 Natural product separation
    BJ7520 55-65 >600 Natural product extraction

Stevioside extraction-1

    Product Name Moisture Content(%) Surface Area(m2/g) Typical Application Operation
    BJS851 59-65 >600 Enrichment and purification of stevioside
    BJS843 65-75 >500 Enrichment and purification of stevioside
    BJS838 40-50 >150 A white or light-colored extract of stevioside can be obtained by one-step adsorption and decolorization procedure.
    BJS801 65-70 High purity, high adsorption amount of stevioside extraction
    BJS821 67-73 - High purity, high adsorption amount of stevioside extraction

Stevioside extraction-2

    Product Name Ionic Form Moisture Content(%) Total Exchange Capacity(eq/L) Total Capacity(eq/Kg) Partical Size(μm) Application Operation
    BJS312 Cl 65-75 ≥0.8 - 315-1250 Stevioside concentrate bleaching
    BJS358 FB 50-60 ≥1.3 - 315-1250 Stevioside concentrate bleaching
    BJS915 FB 56-65 ≥2.7 - 315-1250 Stevioside concentrate bleaching
    BJS368 FB 45-55 ≥1.7 - 315-1250 Stevioside concentrate bleaching

Flavonoids extraction

    Product Name Moisture Content(%) Surface Area(m2/g) Typical Application Operation
    BJ7510 60-70 >800 Curcumin and isoflavone extraction
    BJ7517 60-70 >100 Selective adsorption resin has strong adsorption selectivity for flavonoids. Ginkgo flavonoid special resin.
    BJ7518 40-50 >150 High content of light color extract for flavonoids such as soy isoflavones

Saponins extraction

    Product Name Moisture Content(%) Surface Area(m2/g) Typical Application Operation
    BJ7508 58-65 >450 Suitable for extraction of saponins from plants
    BJ7518 40-50 >150 Strong polar adsorption resin, which has strong purification and decolorization effect on ginsenoside, gynosaponin and paeoniflorin

Polyphenols extraction

    Product Name Moisture Content(%) Surface Area(m2/g) Typical Application Operation
    BJ7505 66-73 >700 Extraction of polyphenols from fruits and vegetables
    BJ7506 55-65 >900 Polyphenol extraction
    BJ7508 58-65 >450 Extraction of polyphenols from fruits and vegetables
    BJ7510 60-70 >800 Extraction of polyphenols from fruits and vegetables
    BJ7514 65-73 >450 Polyphenol extraction
    BJ7517 60-70 >100 It forms hydrogen bonds with polyphenols and has higher adsorption selectivity.

Anthocyanins extract

    Product Name Moisture Content(%) Surface Area(m2/g) Typical Application Operation
    BJ7504 50-60 >550 Purification of anthocyanins in grape juice (sulfur dioxide free process)
    BJ7505 66-73 >700 Purification of anthocyanins in grape juice ( sulfur dioxide added process)
    BJ7514 65-73 >450 Anthocyanin extraction in fruits and vegetables
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