Mineral Source Potassium Fulvate Super Shiny Flake
Classification: Organic Fertilizer/Foliar Fertilizer
Type: Potassium Fulvate(Mineral Fulvic Acid)
CAS No.:1415-93-6
MF: C9H9NO6
EINECS No.:215-809-6
Place of Origin: Hebei, China
State: Super Shiny Flake
Source: High Grade Lignite
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Description
Definition:
Humic Acid Distributor Mineral Potassium Fulvate is extracted from natural high grade Leonardite/Lignite. With excellent solubility. Humic Acid Distributor Mineral Potassium Fulvate can be used alone or combined with Nitrogen and Phosphorus in irrigation and spray. Humic Acid Distributor Mineral Potassium Fulvate can be applied in landscape and garden as well as all agricultural and horticultural plants.
Specification:
Model Number | Potassium Fulvate |
Appearance | Black shiny flake |
Humic acid | 50%-60% |
Fulvic acid | 50%-60% |
K2O | 12%min |
Solubility | 100% |
Miosture | 10% |
PH | 9-11 |
Application:
1. Used as multi-functional compound fertilizer, combined with Nitrogen and Phosphorus, Mainly used as basal fertilizer, top dressing, seed fertilizer, and foliar fertilizer.
2.Soil Application: 2-5 Kg / Ha / time, or 5% of total blend. i.e. 5 kg of Potassium Humate Granules with every 100 kg of Urea, DAP, MAP etc, but do not exceed 10 kg per ha when banded or 20 kg per ha when broadcast.
3. Foliar Application:1-2 Kg / Ha / time, 2-3 times during seedling stage and growth stage.
Benefits:
For Plant:
Plant growth stimulant, promote root development and stimulate seed germination.
Enhance nutrient uptake by combining nutrients with humic acids and keep a well-balanced nutrition.
Enhance the resilience of crops. Such as cold, drought, pest, disease and toppling resistance.
Promote healthier, stronger plants and enhance apearance.
Potassium is an important component of chlorophyll, speed up the photosynthesis.
For Soil:
Soil conditioner. Improve soil structure. Increase ion exchange capacity of soil.
Enhance resistance to stress for soil, especially reduce high salts in alkaline soils.
Enhance nutrients uptake and increase the content of humus in soil.
Prevent soil from contamination of heavy metallic ions as well as other harmful matters.
Promote fertilizer efficiency. Greatly improve the utilization of N&P.