Amino Oligosaccharide Water Soluble Chitosan Agricultural Powder

[Product Introductions]

Amino oligosaccharides, also known as agricultural chitosan oligosaccharides, are produced by unique biotechnology according to the growth needs of plants. They are divided into two types: solid and liquid.

Chitosan oligosaccharides are rich in C and N, which can be decomposed by microorganisms and used as nutrients for plant growth.

[Product Ispecifications]

Appearance	Light-yellow powder,food grade
Physical Property	Strong water solubility and compatibility
Other Name	Agricultural grade chitosan oligosaccharide,water soluble chitosan
Applicable objects	All plants
Product form	Powder as Plant Vaccine In Agriculture
Purity	>90%
Deacetylation degree	>90%
Viscosity (5%)	<10cps
Molecular weight	around 700DA
Loss on drying	<10%
Residue on ignition	<1%
Insoluble	<1%
pb	<2ppm
as	<1ppm
Total plate count	<1000 cfu/g
Mole and yeast	<25 cfu/g
E. Coli	Negative
Particle size	>80 mesh
Packing	1kg/bag,10kg/bag,20kg/drum

[Advantages of Amino Oligosaccharide Water Soluble Chitosan]

Amino oligosaccharide, as a new broad-spectrum fungicide, is mainly used to control wheat mosaic disease, cotton Verticillium wilt, rice blast, tomato blight, pepper virus disease and so on, which is of great significance to the sustainable development of agriculture.

Land cultivation: it has the advantages of improving soil quality, activating the activities of enzymes such as autogenous nitrogen fixing bacteria, lactic acid bacteria, cellulose decomposing bacteria and actinomycetes, providing nutrients for the soil, improving the physical and chemical properties of the soil, and enhancing the air permeability and the ability of water and fertilizer conservation. Ensure that plants grow in good soil environment.

Resistance promotion: as a elicitor, it can induce and activate plant immune system, enhance disease resistance and improve plant antiviral ability.

Disease control: it can inhibit the expression of virus gene, control virus propagation, repair damaged plants, promote roots and seedlings, enhance crop stress resistance, and promote plant growth.