Audited Supplier
Agr Grade
ISO
Vegetables, Flowers, Fruit
Powder
Physiological Neutral
Chemical Neutral
Quick
11.0%+/- 0.5%
OS
25kg/Bag
99%
China
Product Description
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
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.
Specification
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
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.
Specification
| Appearance | Pure primrose yellow powder |
| Ferric Content | 11.0%+/- 0.5% |
| Water - Insoluble | 0.01% |
| PH (1% sol) | 2.0-4.0 |
| Solubility(g/L) | 115-130 |
