BarIno™ FusaTrinity™

2,500.00

BarIno™ FusaTrinity™ 

BarIno™ FusaTrinity™ is a biological inoculant that uses living organisms (fungi) —to stimulate Agarwood resin formation.

– F. oxysporum acts biologically, colonizing wood tissue to mimic natural infection for deeper resin penetration.
– Ideal for Aquilaria malaccensis and other premium-producing species.
– Application guide included for safe, farmer-friendly use.

Whether you’re cultivating for chips, oil, or high-grade incense, BarIno FusaTrinity™ ensures accelerated formation, darker coloration, and richer aromatic profiles.

Innovation in Every Drop. Yield in Every Tree.™

Key Features:
– Biological Induction: Fusarium oxysporum activates natural host defenses, simulating infection pathways that lead to efficient and authentic agarwood resin production.
– Sustainable & Scalable: Safe for use in organic systems; does not introduce harmful residues to soil or foliage.
– Faster Results: Visible resin development may occur within 3–6 months, significantly reducing the maturation period compared to traditional methods.
– Premium Resin Profile: Known to stimulate sesquiterpene-rich, darker, and high-aroma oleoresins, ideal for perfumery and export.

Ideal For:
Farmers, cooperatives, and plantation managers aiming to achieve higher-grade agarwood in shorter cycles while adopting an integrated biological and mineral approach.

Available Form:
– Liquid suspension concentrate
– 100 mL / 250 mL / 1 Liter bottles
– Ready-to-use after dilution

Application Rate:
– Inject 10 mL per tree at targeted infection points
– Use within 24 hours upon receipt for best results

1 Liter (100ml x 10 Drip Tubes) is good for 1 Five to ten year old tree in Private Plantation.

How It Works?
The fungus is introduced into the tree’s trunk through small holes.
Once inside, it triggers a natural defense reaction in the tree.
The tree starts producing oleoresin (agarwood) as a way to “fight off” the fungus.
Over time, this creates the dark, fragrant resin highly valued in perfumery and incense.

 

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Description

The precise fungal pathogens and their mixtures used as inoculants, along with the physical location of a tree have also been found to have a large effect on the yield and quality of agarwood. Plantation agarwood is now regularly harvested only a few years after inoculation and certain inoculants have resulted in significant production of agarwood after only 2 years.

Aromatic compound types and qualities may vary with the type and mixtures of fungi. Recent research from Malaysia that tested several combinations of fungi found that a combination of Trichoderma sp., Lasiodiplodia sp. and Curvularia sp. was the most productive inoculant for Agarwood formation in Aquilaria spp., based on the coloration and length of the infected zone after 3- and 6-month inoculation periods.