Chemical Induction | ResinRush™ | ResinRush™ Formulation | ResinRush™ Development | ResinRush™ Profile
BarIno™ ResinRush™
BarIno™ ResinRush™ is a precision-engineered chemical inoculant designed to rapidly induce resin formation in Aquilaria species by mimicking harsh abiotic stress conditions. The synergy between Ferric Chloride (FeCl₃) and Sodium Chloride (NaCl) triggers powerful oxidative and osmotic stress responses, stimulating the tree’s natural defense mechanisms that lead to agarwood resin production.
Core Ingredients & Roles
| Compound | Function |
|---|---|
| Ferric Chloride (FeCl₃) | Induces oxidative stress via iron ions, promoting phenolic compound oxidation and necrosis |
| Sodium Chloride (NaCl) | Triggers osmotic imbalance and salinity stress, enhancing stress-signaling pathways in tissues |
Key Product Features
- High-Stress Induction — Simulates severe abiotic conditions to activate rapid defense response in xylem tissues
- Effective in Mature Trees — Best results in trees aged 5+ years or ≥10 cm DBH
- Simple, Scalable Formulation — Easy to prepare and apply using standard borehole injection techniques
- Customizable Dosage — Can be adjusted based on tree age, season, and inoculation protocol (solo or with fungi)
Typical Formulation (per Liter)
| Ingredient | Amount |
|---|---|
| Ferric Chloride (FeCl₃) | 20–25 g |
| Sodium Chloride (NaCl) | 10–15 g |
| Di-ionized Water | To 1,000 mL |
Optionally, ethanol (5–10%) can be added to increase permeability and carrier action.
Application Guide
- Drilling: Use a clean drill (5–8 mm bit) at 15–20 cm vertical spacing
- Injection Volume: 10–20 mL per hole
- Tree Condition: Dry-season application is preferred; avoid during heavy rains
- Reapplication: Optional after 6–12 months depending on resin response
Safety & Handling
- Corrosive – use only with gloves, protective eyewear, and non-metallic containers
- Avoid contact with skin and metal equipment
- Store in cool, dark place; keep sealed to prevent oxidation
Ideal for:
- Commercial agarwood plantations seeking rapid, uniform resin formation
- Experimental plots and contract farming systems with performance-linked harvesting cycles
- Hybrid inoculation protocols (e.g., pairing with fungal biostimulants after chemical priming)