Manni-Plex Fe, the unique Iron supplement delivered by the Manni-Plex delivery system, provides high content Iron to fine turfgrass more efficiently than other Iron products.

Manni-Plex, the micronutrient delivery system, is a unique sugar alcohol formulation that provides smaller molecules for improved foliar delivery to stomatal openings and transcuticular pores. Smaller is definitely better. While other supposed foliar products have to be broken down inside the plant, wasting time and plant energy, the unique chemistry of Manni-Plex products are taken up directly by the Phloem, the main artery of the plant that delivers nutrients to the GFLs (Growth Forming Locations). This uptake is accomplished faster and more effectively than any other nutrient carrier, complex or chelate. Manni-Plex products all contain specially formulated spreading and adhesion agents for enhanced foliar uptake.

A component of Chlorophyll production, Iron in turf is one of the main building blocks of turf health and color. Manni-Plex Fe promotes dark, green, healthy looking turf without excessive top growth. Iron, in conjunction with Manganese are effective in the prevention and control of Bermuda Grass Decline, Curvularia Blight, Take All Patch and other fungal diseases.

MINIMUM GUARANTEED ANALYSIS 6-0-0	BY WEIGHT
Total Nitrogen (N)	6.00%
3.75% Nitrate Nitrogen (N)
2.25% Other Water Soluble Nitrogen (N)
Soluble Iron (Fe)	5.00%

Derived from Iron Nitrate and Urea, complexed with Manni-Plex.

General Recommendations
For use in a balanced fertility program for all turf grasses requiring trace elements. This product may also be used with foliar applied pesticides. Read and follow label directions.

Foliar Application
Use 2-4 ozs. Manni-Plex Fe per 1,000 sq. ft., of turf or approximately 1 gallon per acre, per application throughout the growing season as a maintenance program. More frequent applications may be needed to correct deficiencies once they occur.

Soil Application
Use 4-6 oz. Manni-Plex Fe per 1,000 sq. ft. as a pre-plant application.