Humic Polyphos & Nitrogen + TE

Liquid Fertilizer Macro & Micro Nutrient

Description
Humic Polyphos and Nitrogen plus Trace elements is a mixture of phosphorous protected from "fixation" and nitrogen coupled with essential trace elements chelated (protected) by the fulvic acid. The Humic Polyphos & Nitrogen + TE is a foliar liquid fertilizer developed by Agmin Chelates.

The high degree of soil phosphorous fixation (immobilization) is a great disaster to the nations' economy if the large amount of phosphatic fertilizers are literally buried as inert material into the soil. By applying the phosphates in an embedded form such as humus (humic acid) phosphate it will not only provide a highly efficient form of phosphorous but also, once the phosphorous is imparted and absorbed by the plant, the humus component is able to further strip off phosphate from the surfaces of the iron and aluminium hydroxides. In this manner the added humus (or humic acid) acts as a reservoir for the soil phosphorous and is able to absorb – and hold – and subsequently supply the plant with phosphorous nutrition. Therefore, phosphorous supplied in a humus (humic acid) matrix is not only a protector and a carrier for the phosphate added to the soil, it also becomes involved in the conversion of fixed phosphorous in the soil into plant available phosphates (mineralization).

General Application Rates

Slight Deficiency (Maintenance): As per recommendation.
Moderate Deficiency: As per recommendation.
Severe Deficiency: As per recommendation.

The application rates above are guidelines. Agmin always recommends consultation with your local agronomist to base the application rates on soil and plant tissue testing, paddock history, environmental factors, soil conditions, and crop type. For more information on these topics please see our Benefits page.

Constituents

Minimum Guaranteed Analysis

Phosphorus (P)	10.0	%w/v
Nitrogen (N)	7.00	%w/v
Sulphur (S)	0.26	%w/v
Magnesium (Mg)	0.075	%w/v
Copper (Cu)	0.025	%w/v
Zinc (Zn)	0.025	%w/v
Manganese (Mn)	0.075	%w/v
Cobalt (Co)	0.012	%w/v
Molybdenum (Mo)	0.012	%w/v
Boron (B)	0.052	%w/v
Iron (Fe)	0.030	%w/v