The spirulina granulator compresses spirulina powder through two relatively moving rollers in a dry granulation machine, and the particle shape and size can be controlled by the arc groove shape on the roller surface The granulation process does not require water, adhesives, or auxiliary agents, nor does it require subsequent drying. The granulation process does not experience high temperatures and can produce irregular small particles of 0.2-10 millimeters or 80-8 mesh The particles made can be directly packaged or used as compression tablets, capsules, etc
Spirulina (scientific name: Spirina) is a type of lower organism, prokaryotic organism, composed of filamentous bodies of single or multiple cells, with a body length of 200-500 μ m and a width of 5-10 μ m, cylindrical in shape, and a loose or tight regular spiral shape curved like a clock spring, hence its name. It has the effects of reducing the toxic side effects of cancer radiotherapy and chemotherapy, improving immune function, and lowering blood lipids.
Spirulina, also known as' Arthrospira '. Cyanobacteria class, Tremella family. The algal body is an unbranched filamentous body composed of single row cells, with no or only extremely thin glial sheaths, and has a regular spiral shape to form algal reproductive segments. There are no abnormal shaped cells and posterior wall spores. About 38 species, most of which grow in alkaline salt lakes. At present, there are large-scale artificial cultivation both domestically and internationally, mainly including three types: Spirulina platensis, Spirulina macrophylla, and Indian spirulina. Edible, nutritious, with a protein content of up to 60% -70%. In natural water bodies, its massive reproduction can lead to the formation of algal blooms.
Spirulina GranulatorSpirulina powder is extruded into shape by two relatively moving rollers in a dry granulation machine, and the particle shape and size can be controlled by the arc groove shape on the roller surface. The granulation process does not require water, adhesives, or auxiliary agents, nor does it require subsequent drying. The granulation process does not involve high temperatures and can produce irregular small particles of 0.2-10 millimeters or 80-8 mesh. The particles made can be directly packaged or used as compression tablets, capsules, etc.
Spirulina granulation effect
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Spirulina Granulator