NACHURS SoyGrow

GUARANTEED ANALYSIS

Iron (Fe) HEDTA……………....…..     .36%
Magnesium (Mg) EDTA…........…..     .50%
Manganese (Mn) EDTA…........…..     2.60%
Zinc (Zn) EDTA…………...........…     1.5%

Derived from:
Iron HEDTA, Magnesium EDTA, Manganese EDTA, and Zinc EDTA.

Weight: 10.35 lbs. per gallon

Specific gravity:                 1.23 – 1.25
pH:                                        6.5 – 9.0
Appearance:                       amber/brown liquid

GENERAL PRODUCT INFORMATION

NACHURS SoyGrow™ is manufactured with 100% fully EDTA chelated iron, magnesium, manganese, and zinc. Unlike other micronutrient sources such as complexes, partial chelates, and natural organic complexes, NACHURS EDTA chelated micronutrients are 100% available to the crop. Other micro sources contain too little complexing agent and undergo major chemical changes, delivering significantly less micronutrient in a form available for plant uptake. While these sources of micros may offer cost savings at first, they can actually create deficiencies for lack of availability.

SELLER WARRANTS THAT THE ABOVE PRODUCT CONFORMS TO ITS CHEMICAL DESCRIPTION AND IS REASONABLY FIT FOR THE PURPOSE ON THE LABEL WHEN USED IN ACCORDANCE WITH DIRECTIONS UNDER NORMAL CONDITIONS OF USE (INCLUDING NORMAL WEATHER CONDITIONS). NEITHER THIS WARRANTY NOR ANY OTHER WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE, EXPRESS OR IMPLIED, EXTENDS TO THE USE OF THIS PRODUCT WHEN USED CONTRARY TO THE LABEL INSTRUCTIONS OR UNDER ABNORMAL CONDITIONS (INCLUDING ABNORMAL WEATHER CONDITIONS), AND THE BUYER ASSUMES THE RISK OF ANY SUCH USE. NACHURS STARTER OR FOLIAR APPLICATIONS ARE INTENDED TO SUPPLEMENT EXISTING SOIL FERTILITY PROGRAMS AND WILL NOT BY ITSELF PROVIDE ALL THE NUTRIENTS NORMALLY REQUIRED BY AGRICULTURAL CROPS.

APPLICATION INSTRUCTIONS

NACHURS SoyGrow™ EDTA chelates can be applied to soil at planting time or foliar spray applied directly to the plant.
Always refer to a soil or tissue report to determine the nutrients needed to correct micronutrient deficiencies.
Can be applied through virtually any type of sprayer system including irrigation, aerial, or transplant solutions.
Preventing micronutrient deficiencies in crops is far better than correcting them after symptoms appear.

These are general product recommendations. Please consult with your NACHURS Sales Manager or agronomist for specific fertility recommendations.

This product is intended for use in mixing or blending with other fertilizer materials to produce fertilizers with a total primary guarantees equal or greater than 24%.

GENERAL MIXING INSTRUCTIONS

1) Put 1/3 of fertilizer in tank
2) Add other chemicals, if any
3) Fill tank with balance of fertilizer
4) Add correct amount of chelate
5) Agitate adequately to mix

CAUTION: Check compatibility with standard jar test. NACHURS SoyGrow must be applied with NACHURS liquid fertilizers, other liquid fertilizers, fertilizer suspensions, and nitrogen solutions.

100% EDTA CHELATED MICRONUTRIENTS

Highest quality liquid EDTA chelated micronutrients
Quality, precision placement, seed and foliar safe
Low impurities
100% EDTA chelated
Highly stable

NACHURS 100% EDTA chelated micronutrients are designed to be combined with NACHURS liquid starters and foliars, allowing the product to be placed directly with the seed at planting time, or on the plant foliage. NACHURS products have a neutral pH and are low in both salt index and impurities. Placement with the seed allows the EDTA chelated micronutrients along with the available phosphorus and potassium to be taken up at the critical early stages of growth to maximize yield potential.

NACHURS EDTA chelated micronutrients are formulated to mix with NACHURS fertilizers on the plant foliage, allowing for fast absorption into the plant in a very short period of time. This rapid uptake at critical growth stages promotes plant health and increased yield potential.

ROLE OF MICRONUTRIENTS

Zinc (Zn)
Zinc is necessary for starch formation and proper root development. It is also essential for seed formation and maturity. The most common nutrient deficiencies include interveinal chlorosis on older leaves with shortening of the internodal area. This shortening often results in a short compressed plant with a rosetted appearance.

Manganese (Mn)
Manganese is essential to plants but too much is toxic. Manganese functions in chlorophyll development and serves as a catalyst in several enzyme systems in the oxidation-reduction process. Manganese deficiencies are very similar to iron deficiencies and appears in the younger leaves of the plant first. Color may be pale between the veins of broadleaf plants.

Iron (Fe)
Iron functions as a catalyst in several processes within the plant. It plays a vital role in the formation of chlorophyll and also functions in the respiratory enzymes. Iron serves in the transportation of energy in the plant. Iron is also an immobile nutrient and nutrient deficiencies are usually noticed first in the young leaves. They will first exhibit interveinal chlorosis which will spread over the entire leaf and turn the leaf white. New growth will cease and the leaves will die.

Magnesium (Mg)
Magnesium is the key element in the molecule of chlorophyll. It regulates the uptake of other nutrients in the plant and acts as a carrier of phosphorous in the plant. Deficiencies usually occur in sandy soils or in soils with extremely high pH. Magnesium deficiencies cause corn plants to develop light yellow or white appearance between the parallel veins.