Athena Cuts, Water-Based Rooting Gel for Cloning Plants, 7 oz.

Product Description

Athena Cuts Rooting Gel is a premium rooting gel formulated to propagate new plants from stem and leaf cuttings of mother plants. It is formulated with an essential plant hormone that promotes rapid root generation and growth. This water-based gel coats and seals the tissue around the cut stem. Athena Cuts may be used on any type of cutting, including woody, herbaceous, flowers, ornamentals, vegetables, and fruit trees.

• PREMIUM ROOTING GEL: Athena Cuts is a high-quality rooting gel designed to propagate new plants from stem and leaf cuttings of mother plants.
• PROMOTES RAPID ROOT GROWTH: Formulated with a beneficial plant hormone that stimulates quick root generation and robust growth.
• WATER-BASED FORMULA: The gel coats and seals the tissue around the cut stem, ensuring optimal absorption of nutrients and hormones.
• PROPRIETARY BLEND: Contains indole-3-butyric acid, a plant hormone that supports abundant root cell development.
• VERSATILE APPLICATION: Suitable for all types of cuttings, including woody, herbaceous, flowers, ornamentals, vegetables, and fruit trees.
• EASY TO USE: Ensures successful cloning with a simple application process, making it ideal for both novice and experienced growers.

APPLICATION INSTRUCTIONS
1. Squeeze a small amount of Athena Cuts Rooting Gel into a separate container.
2. Take cuttings from healthy mother plants and trim to 2-8 inch length.
3. Make cuts at a 45-degree angle on the stem.
4. Dip the cut end of the stem into Athena Cuts gel to the desired depth or immerse in water until ready to be dipped.
5. After the gel has been applied, place cuttings into a cloning system or rooting medium.

Depending on the variety, roots may appear within a few days or weeks of dipping. Transplant clones once the cuttings have rooted.

Best Practices

• Take cuttings only from new growth on healthy mother plants.
• Do not dip cuttings directly into containers
• Discard used gel, do not reuse.

Specifications