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EDDHA-FE

EDDHA, is a chelate that protects nutrients against precipitation in a wide pH-range: 4-9 which is wider than EDTA and DTPA in p H range . This makes the EDDHA chelates suitable for alkaline and calcareous soils as well as soils containing high levels of carbonate.
EDTA-Mg

EDTA is a chelate that protects nutrients from precipitation in a moderate pH range (pH 4 – 6.5). It is mainly used to nourish plants in fertilization systems and as an ingredient for trace elements. EDTA chelate does not harm leaf tissue, on the contrary.
EDTA-CA

EDTA is a chelate that protects nutrients from precipitation in a moderate pH range (pH 4 – 6.5). It is mainly used to nourish plants in fertilization systems and as an ingredient for trace elements.
EDTA-Cu

EDTA chelate does not harm leaf tissue, on the contrary, it is ideal for foliar sprays to nourish plants. EDTA chelate is produced using a unique patented micronization process. This method ensures free-flowing, dust-free.
EDTA-FE

EDTA is a chelate that protects nutrients from precipitation in a moderate pH range (pH4 – 6.5). It is mainly used to nourish plants in fertilization systems and as an ingredient for trace elements.
EDTA-Mix

EDTA is a chelate that protects nutrients from precipitation in a moderate pH range (pH 4 – 6.5). It is mainly used to nourish plants in fertilization systems and as an ingredient for trace elements. EDTA chelate does not harm leaf tissue, on the contrary, it is ideal for foliar sprays to nourish plants . EDTA chelate is produced using a unique patented micronization process. This method ensures free-flowing, dust-free, caking-free microgranule and easy dissolution.
EDTA-MN

EDTA is a chelate that protects nutrients from precipitation in a moderate pH range (pH 4 – 6.5). It is mainly used to nourish plants in fertilization systems and as an ingredient for trace elements.
EDTA-ZN

EDTA is a chelate that protects nutrients from precipitation in a moderate pH range (pH 4 – 6.5) . It is mainly used to nourish plants in fertilization systems and as an ingredient for trace elements.
DTPA-FeNH4

DTPA is a chelate which protects nutrients against precipitation in a moderate pH-range (pH 4 – 7) similar to EDTA, but its stability is higher than EDTA’s. Mainly used for nourishing plants in fertigation systems, and as an ingredient for NPKs. DTPA chelates will not injure leaf tissue, contrarily it is ideal for foliar spraying to nourish the plant.
DTPA-FE

DTPA is a chelate which protects nutrients against precipitation in a moderate pH-range (pH 4 – 7) similar to EDTA, but its stability is higher than EDTA’s . Mainly used for nourishing plants in fertigation systems , and as an ingredient for NPKs . DTPA chelates will not injure leaf tissue, contrarily it is ideal for foliar spraying to nourish the plant. Fe- DTPA chelates, which are ammonium-free and sodium-free, are available in both liquid and solid forms.
Alginate Oligosaccharide

Alginate oligosaccharides is a functional oligosaccharide made from brown algae through certain pyrolysis technology. It is the highest active fragment in brown algae raw materials.’ The degree of polym-erization is generally 2-10. It is an excel-lent synergist with many advantages such as small dosage, high activity, safety and efficiency, good mixabilty, strong thermal stability, etc. It can be mixed with calcium and magnesium without flocculation and sedimentation.
Chitosan Oligosaccharide

The scientific name of chitosan oligosaccharide is B-1,4-oligosaccharide glucosamine,It is an oligosaccharide product obtained by degrading chitosan,by special biological enzyme technolo-gy. Molecular weight s3000Da, good water solubility, great function and low molecular weight product with high biological activity.