Liquid Iron Fertilizer for Lawns, Plants, Shrubs and Trees with 6% Chelated Iron Concentrate
Liquid iron fertilizer for lawns, plants, shrubs, and trees helps address iron-deficiency discoloration while supporting plant color and root development. Covington Naturals Liquid Iron is a sugar-based chelated concentrate with 6% iron and no EDTA, suitable for foliar or root applications according to the product instructions.
The formula also contains 12% nitrogen, 3.3% sulphur, and 0.05% manganese. Apply around the outside of the grow line for trees, shrubs, and bushes, or use on turf and foliage as directed. Choose the container size that fits your lawn and garden treatment needs.
Features
- 6% highly bioavailable chelated iron
- Sugar-based chelating agents with no EDTA
- Contains 12% nitrogen, 3.3% sulphur, and 0.05% manganese
- For lawns, plants, shrubs, trees, turf, and foliage
- Suitable for foliar and root applications when used as directed
- Available in Quart, Gallon, 2.5 Gallons, and 5 Gallons
Specifications
- Product type: Liquid fertilizer concentrate
- Iron content: 6% chelated iron
- Nitrogen: 12%
- Sulphur: 3.3%
- Manganese: 0.05%
- Chelating system: Sugar-based; no EDTA
- Sizes: Quart; Gallon (1 Gallon Jug); 2.5 Gallons; 5 Gallons
- Application: Foliar and root applications according to instructions
Frequently Asked Questions
What is this liquid iron fertilizer used for?
It is used on lawns, turf, plants, shrubs, and trees to supply chelated iron and address iron-deficiency discoloration when applied as directed.
What sizes are available?
The available options are Quart, Gallon (1 Gallon Jug), 2.5 Gallons, and 5 Gallons.
Does the formula contain EDTA?
No. The product description identifies a sugar-based chelating system with no EDTA.
Can it be used on trees and shrubs?
Yes. The instructions describe applying it around the outside of the grow line for trees, shrubs, and bushes.
How can it be applied?
The concentrate is described for foliar and root applications; follow the product instructions for the application method and rate.