Indole-3-Butyric Acid Pure (IBA)

🌿 Indole-3-Butyric Acid (IBA) – Scientifically Optimized Usage Guide

🔬 Product Overview

Parameter	Details
Product Name	Indole-3-Butyric Acid (IBA)
Category	Auxin (Plant Growth Regulator)
Main Function	Root initiation, cell elongation, transplant shock reduction
Practical Use Range	50–300 ppm (foliar/drench)
Rooting Range	500–2000 ppm (cuttings)

📌 Research shows effective foliar/root stimulation around 150–300 ppm (ScienceDirect)
📌 Cutting/rooting success increases at 500–1000+ ppm depending on crop (awiner.com)

🌱 Crop-wise Application with Correct DAP + Scientifically Safe Dosage

Crop Type	Stage	DAP	Purpose	Dose (gm/acre)*	PPM	Water Volume	Method
Vegetables	Transplanting	0–3 DAP	Root establishment	5–10 gm	50–75 ppm	100–150 L	Root Dip / Drench
	Early Vegetative	10–20 DAP	Root + shoot balance	10–15 gm	75–100 ppm	150–200 L	Foliar
Fruits	New Plantation	0–7 DAP	Root initiation	15–20 gm	100 ppm	200 L	Soil Drench
	Vegetative Growth	30–45 DAP	Root expansion	20–25 gm	100–150 ppm	200 L	Drench
Cereals	Early Stage	7–15 DAP	Seedling vigor	5–10 gm	50–75 ppm	150 L	Foliar
Pulses	Early Growth	10–20 DAP	Root nodulation	10–15 gm	75–100 ppm	150 L	Foliar
Cotton/Sugarcane	Early Stage	20–30 DAP	Root biomass	15–20 gm	100 ppm	200 L	Drench
Nursery / Cuttings	Before Planting	—	Root initiation	—	500–1000 ppm	—	Quick Dip (5–10 sec)
Hard-to-root crops	Cutting Stage	—	Strong rooting	—	1000–2000 ppm	—	Dip / Soak

💧 Accurate PPM Conversion

Quantity	PPM
1 gm / 10 L	100 ppm
0.5 gm / 10 L	50 ppm
2 gm / 10 L	200 ppm

📌 Standard formula: 1 gm in 1 L = 1000 ppm (PalmTalk)

⚙️ Advanced Application Guidelines

Parameter	Recommendation
Best Time	Morning / Evening
Interval	10–15 days
Applications	1–2 sprays (mainly early stage)
Priority	Root application > Foliar
pH Range	5.5 – 6.5

🔗 Compatibility Chart

Input Type	Compatibility	Remark
Fertilizers (NPK)	✅ Compatible	Supports nutrient uptake
Micronutrients	✅ Compatible	Improves absorption efficiency
PGRs (GA3, 6-BA)	⚠️ Limited	Use separately (avoid mixing with strong auxins like NAA)
PGH / Biostimulants	✅ Highly Compatible	Best with amino acids & seaweed
Humic / Fulvic Acid	✅ Excellent	Enhances root response
Pesticides	⚠️ Jar Test Required	Avoid unknown combinations
Alkaline Inputs	❌ Not Compatible	IBA degrades in alkaline solution

🌟 Expert Agronomy Insights

Topic	Recommendation
Best Use	Transplant shock recovery + root booster
Foliar Limit	Do not exceed 300 ppm
Root Dip Importance	More effective than spray
Overdose Risk	High dose reduces shoot growth
Result Time	Root response in 5–10 days
Commercial Practice	3–6 gm/acre commonly used in fertigation programs (Zhengzhou Delong Chemical Co., Ltd.)

⚠️ Precautions

Do’s	Don’ts
Use low ppm for foliar	Avoid high ppm spray
Prefer early stage use	Avoid late heavy application
Dissolve properly	Do not apply directly powder
Use solvent if required	Poor solubility in water

📌 Important Advisory

👉 “IBA is a plant growth regulator and should be used carefully as per recommended dosage. Overuse may negatively affect plant growth. For best results, consult an agronomist or agricultural expert before application.”

👉 “Powerful roots, faster establishment, stronger crops – IBA builds the foundation of high yield.”

 

🌿 Indole-3-Butyric Acid (IBA) – Cuttings / Propagation Guide (Expert Section)

🌱 IBA for Plant Cuttings (Rooting Application)

Cutting Type	Examples	IBA Concentration	Method	Exposure Time	Expected Result
Softwood Cuttings	Tomato, Chrysanthemum, Coleus	500–1000 ppm	Quick Dip	5–10 seconds	Fast root initiation
Semi-Hardwood Cuttings	Rose, Hibiscus, Bougainvillea	1000–2000 ppm	Quick Dip	5–10 seconds	Strong & uniform rooting
Hardwood Cuttings	Grapes, Pomegranate, Fig	2000–3000 ppm	Quick Dip / Paste	5–15 seconds	Improved rooting in difficult crops
Very Hard-to-Root Plants	Forestry / ornamental species	3000–5000 ppm	Paste / Extended Dip	10–20 sec	Maximum stimulation

💧 IBA Solution Preparation (Accurate Method)

PPM	Preparation Formula
1000 ppm	1 gm IBA in 1 L solution
2000 ppm	2 gm IBA in 1 L solution
3000 ppm	3 gm IBA in 1 L solution

📌 Important:

• IBA is not easily soluble in water

• First dissolve in small quantity of alcohol (ethanol) or IBA solvent, then dilute in water

⚙️ Application Methods Explained

Method	Description	Best For
Quick Dip	Dip lower 1–2 cm of cutting in solution	Most commercial use
Powder Dip	Use talc-based IBA powder	Nursery use
Paste Method	Thick paste applied on base	Hardwood cuttings
Soaking Method	Low ppm soak for longer time	Sensitive plants

🌟 Professional Tips (Very Important for Results)

Topic	Recommendation
Cutting Length	4–6 inch (optimal)
Node Selection	At least 2–3 nodes
Media	Cocopeat + sand (well-drained)
Humidity	High humidity required
Shade	Keep in partial shade
Temperature	20–30°C ideal

⚠️ Common Mistakes to Avoid

Mistake	Impact
Overdose (very high ppm)	Burning / no rooting
No solvent use	Poor dissolution → ineffective
Deep dipping	Tissue damage
Dry conditions	Failure of rooting

🔗 Compatibility (For Cuttings Use)

Input Type	Compatibility	Remark
Fungicide Dip	✅ Recommended	Prevents rotting
Humic Acid	✅ Optional	Improves root growth
Fertilizers	❌ Avoid initially	Apply after rooting starts
Other PGRs	❌ Avoid	May interfere with auxin effect

📌 Important Advisory 

👉 “For propagation and nursery use, concentration and method selection are critical. Improper use may result in poor rooting or plant damage. Always follow recommended guidelines or consult an agronomist/expert before use.”

👉 “Professional-grade rooting solution – achieve faster, stronger, and more uniform root development in all types of cuttings.”