Descriptions
IFFCO Root Ease is a specially formulated rooting hormone powder designed to stimulate and accelerate root development in plant cuttings. It enhances natural root growth by encouraging cell division at the cut site, ensuring faster and stronger root formation. Suitable for hardwood and softwood plants, this powder helps improve the success rate of plant propagation through cuttings and grafting.
Composition: Dry Rooting Hormone Powder
Features and Benefits:
Accelerated Root Growth: Promotes faster and stronger root development in plant cuttings.
Works for Hardwood & Softwood Plants: Effective for a wide range of plant species.
User-Friendly Application: Simple dip-and-plant method for easy propagation.
Increases Success Rate of Propagation: Enhances root formation, reducing transplant shock.
Suitable Applications:
Plant Cuttings (Softwood & Hardwood)
Grafting
Propagation of Ornamental, Fruit, and Flowering Plants
Dosage:
Select a healthy plant cutting with at least 2-3 nodes.
Apply directly to the cut end of the plant before planting.
Pour a small amount of Root Ease into a separate dish to prevent contamination.
Dip the cutting into the powder, ensuring the base is well coated.
Tap off excess powder and plant the treated cutting into a suitable rooting medium.
Water lightly and place under indirect sunlight to encourage root development.
Pickup Address: Saket, DELHI, 110030
AQUAGRI GREENTECH PVT LTD
khewat khata no 293 281, khatauni no 382
14/3, Main Mathrua Road
New Creative, Faridabad-121003
Address of origin: AQUAGRI GREENTECH PVT LTD
khewat khata no 293 281, khatauni no 382
14/3, Main Mathrua Road
New Creative, Faridabad-121003
Descriptions
IFFCO Root Ease is a specially formulated rooting hormone powder designed to stimulate and accelerate root development in plant cuttings. It enhances natural root growth by encouraging cell division at the cut site, ensuring faster and stronger root formation. Suitable for hardwood and softwood plants, this powder helps improve the success rate of plant propagation through cuttings and grafting.