Crazy Keiki Cloning Paste by Southside Plants – Sprout Leaves on Bare Branches with Natural Cytokinin, Hormones & Vitamins – Keiki Paste for Plants and Orchids – 0.25oz

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NOW WITH NEW AND IMPROVED PACKAGING & INSTRUCTIONS! – Unlike rooting powders and rooting hormone gel, Genuine Crazy Keiki Paste for plants helps create optimal conditions for new growth on your houseplants’ branches and healthy blooms on your orchids. Our unique blend of all-natural plant hormones, lanolin, vitamins, helps nourish plant nodes and support regeneration. Includes one 8g vial, applicator sticks, and a QR code linking to our detailed guide. Made in the USA! Cloning Paste for Orchids – Our nutrient-based cloning paste for plants helps support dormant nodes on orchids too, making it easy to care for and encourage your plant's natural development. With simple application, you may begin to see tiny buds forming in 3–4 weeks. Apply to nodes higher on the spike for potential flowers or lower for compact new growth. For best results, pair with our Orchid Sprays! Versatile for Other Plants Too – Have leggy vines or bare stems? Apply a small amount of Keiki paste to select nodes to support fuller, more balanced growth. Crazy Keiki Cloning Paste contains ingredients that enhance your plant’s environment and help create ideal conditions for lush foliage. Ensure your plant receives proper light, water, and nutrients for optimal results. Encourage Orchid Bloom Potential – Apply paste to orchid nodes directly beneath flower branches to support the development of additional blooms. The water-resistant lanolin base ensures it stays in place through watering and misting. Perfect for both home growers and greenhouse use, with enough for multiple applications. A Unique Gift for Plant Lovers – Comes in gift-ready packaging and includes everything needed for an engaging home plant care project. A fun addition to homeschooling or classroom biology activities, offering a hands-on way to explore plant structure and care. Fast, easy application—watch your plant’s transformation over time.