Plant Rooting Growth Powder
Plant Rooting Growth Powder. Features: Indole Butyric Acid Can Induce Cell Elongation and Cell Division with All Subsequent Results for Plant Growth and Development. IBA Auxin Serves As Signaling Molecules Necessary for Development of Plant Organs and Coordination of Growth. IBA Plays a Key Role in Both Root and Shoot Development. Auxin Also Induces Sugar and Mineral Accumulation at the Site of Application Auxin Induces the Formation and Organization of Xylem and Phloem. When the Plant is Injured, the Auxin Can Induce the Cell Differentiation and Regeneration of the Vascular Tissues. Among Uses, IBA is Used to Propagate Seedless Plants Such As Tomato and Cucumber. Annuals: Such As Tomato, Basal, Squash, Melon, Cucumber, Cotton (for Oil) Perennial Plants: Such As Strawberry, Blueberry, Raspberry, Lavender, Rosemary, Thyme, Mint, Oregano, Salvia, Sage Woody Plants: Such As Grape, Apple, Rose (for Rose Hips) Specifications: Product Name: IBA 3 Auxin | Indole Butyric Acid | Plant Hormone | Root Hormone Molecular Formula: C12H13NO2 Molecular Weight: 203.24 Melting Point: 123-125 C Storage Temperature: 2 to 6 C Appearance: Whitish to Yellowish Powder Purity: 98% EINECS No.: 2205-101-5 Model Number: FM009 Classification: Plant Food MF: C12H13NO2 Purity: 98% State: Powder Application: Root Growth Hormone Purity: 98% Package: 10G/Foil Bag Melting Point: 124-125 Other Name: 3- IBA Auxin | Indole Butyric Acid | Plant Hormone | Rooting Hormone After Sale Service: Life Long State: Powder Package Include: 10 Gram/bag . Your order will be shipped from abroad so please allow the necessary time of at least 14 work days for delivery due to ongoing delays in postal deliveries globally.
Plant Rooting Growth Powder
Plant Rooting Growth Powder. Features: Indole Butyric Acid Can Induce Cell Elongation and Cell Division with All Subsequent Results for Plant Growth and Development. IBA Auxin Serves As Signaling Molecules Necessary for Development of Plant Organs and Coordination of Growth. IBA Plays a Key Role in Both Root and Shoot Development. Auxin Also Induces Sugar and Mineral Accumulation at the Site of Application Auxin Induces the Formation and Organization of Xylem and Phloem. When the Plant is Injur...