Nitrogen (N) .................... 1.0%
●Urea Nitrogen .................... 1.0%
Iron (Fe) .................... 4.5%
●Chelated Iron .................... 4.5
Soluble Potash (K20) .................... 2.0%
Boron (B) .................... 0.2%
Sulphur (B) .................... 1.0%
Copper (Cu) .................... 0.1%
●Chelated Copper .................... 0.1%
Manganese (Mn) .................... 1.0
●Chelated Manganese .................... 1.0%
Zinc (Zn) .................... 1.0%
●Chelated Zinc .................... 1.0%
Organic Base .................... 20.0%
Derived from urea, potassium organic acids, ferric iron, boric acid, copper, manganese and zinc sulphates. Sulfur from sulphates. These nutrients have been chelated and complexed from natural organic acids, amino acids and carbohydrates. For Application on Turf, Agricultural and Garden Crops, Trees, Shrubs, Greenhouses, Nurseries and Ornamentals.
Iron Chelate + Is a broad spectrum micro-nutrient product to help correct and prevent micro-nutrient deficiencies. University testing has found Iron Chelate + to be one of the strongest chelates and most effective organic-based foliar product on the market today. Iron Chelate + does not contain synthetic chelates. Synthetic Chelates such as EDTA can bind up other elements in the plant, causing additional deficiencies and are not bio-degradable. What is a Chelate? A chelate helps keep the particular nutrient (element) ( such as iron, zinc, etc.) in a form usable and available for the plant. The chelate protects the nutrient from tying up or falling out with other nutrients, pH differences, etc. The iron, manganese, copper and zinc are 100% chelated with organic and amino acids found naturally in plants and soil and are biodegradable. Foliar Applications: (See Label for Complete Instructions)
Plant's survival depends on:
12 Essential Nutrients in Two Categories:
Calcium (Ca)
Magnesium (Mg)
Phosphorus (P)
Potassium (K)
Sulfur (S)
Nitrogen (N)
Boron (B)
Copper (Cu)
Iron (Fe)
Manganese (Mn)
Molybdenum (Mo)
Zinc (Zn)
Soils contain most of the essential nutrients, but plants cannot always acquire the needed nutrients. Nutrients must be soluble and in the right form for plant uptake. The solubility of minerals that are used by plants is dependent on various factors in your soil: Soil characteristics: Calcareous, acid, sandy, clay, exchange capacity. Soil-water status: Solubility of nutrients in soil solution, mobility and transport. Organic composition: Non-Availability of many metal-organic complexes. Slow release of nutrients from organic phase.
16 Oz.
32 Oz.
1 Gallon
$19.98
$28.88
$98.88
P.O. Box 95, Monticello, UT 84535, Phone: 1-888-673-7645 (SOIL)
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