3-INDOLEBUTYRIC ACID
Product Overview
3-INDOLEBUTYRIC ACID
Product Information
1. Usage: 3-Indolebutyric Acid is an endogenous auxin, which can promote cell division and cell growth, induce adventitious root formation, increase fruit setting, and change the proportion of female and male flowers. It can enter the plant body through the tender epidermis and seeds of leaves and branches, and it can be transported to the active parts along with the nutrient flow.(1) Adventitious roots were induced to promote rooting of cuttings;(2) Stimulate cell division and tissue differentiation, induce Parthenocarpy and form seedless fruit.
2.Customerized packing label
3.Professional registration GLP,ICAMA,LOA etc.
4.FAO standard
What Our Customers Say About 3-Indolebutyric Acid (IBA)
What Our Customers Say About 3-Indolebutyric Acid (IBA)
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AmeliaAmeliaThis rooting hormone has been essential for our cutting propagation program. The consistent, vigorous root development has improved our success rates dramatically. -
GraceGraceWe've found it particularly effective for hard-to-root species. The quality and quantity of roots per cutting has increased significantly. -
LilyLilyIn our tissue culture operation, it's promoted stronger root systems that transplant better to soil conditions. -
HarperHarperThe different formulations allow flexible application methods. We use the powder for quick dips and the liquid for prolonged soaks with equal success.
3-Indolebutyric Acid (IBA) FAQs
3-Indolebutyric Acid (IBA) FAQs
As a basic producer and leading formulator in agrochemicals, We have rich experience in domestic market, and we have professional technical team can help clients to find the solutions for the new disease who threatens their crop.
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80%High PurityEnsure the reliability of each product.
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58%Fast-Acting FormulaQuickly provide visible effects
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Why is IBA preferred over other auxins for rooting?
Why is IBA preferred over other auxins for rooting?
IBA combines stability (unlike IAA) with low phytotoxicity (unlike NAA), while effectively promoting adventitious root initiation. Its intermediate polarity allows better transport to rooting zones than more polar auxins, making it the gold standard for vegetative propagation across most woody and herbaceous species.
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What formulation types are available?
What formulation types are available?
Commercial products include potassium salt solutions (liquid formulations), talc-based powders (1000-8000 ppm), and gel formulations combining IBA with fungicides. Powder dips suit woody cuttings, while liquids work better for herbaceous material.
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What environmental factors influence IBA efficacy?
What environmental factors influence IBA efficacy?
Maintain rooting media at 20-25°C - cooler temperatures slow root initiation while hotter conditions increase decay. High humidity (80-95% RH) prevents cutting desiccation. Bottom heat (2-5°C above air temp) accelerates root emergence.
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How does IBA interact with fungicides in propagation?
How does IBA interact with fungicides in propagation?
Combining with broad-spectrum fungicides (e.g., thiophanate-methyl) reduces stem rot by 60-80% without affecting rooting. Some formulations incorporate both components for convenience, though separate applications allow better rate adjustments.
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What safety precautions are necessary?
What safety precautions are necessary?
Wear gloves and eye protection - concentrated solutions irritate skin. Store away from alkaline materials. No environmental hazards at recommended use rates. Degrades rapidly in soil to non-toxic compounds.
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