Chaetomium spp | ||||
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Is naturally occurring fungus recommended for the control of rust, early blight ,late blight ,leaf spot , stem rot, tuber rot diseases. | ||||
Mode of action | Competes with the pathogens by colonizing a large area of the plant zone and secretes various antifungal proteins like chaetomin, chetocin, chaetoglobosins, chaetoglobosin a, chaetochromosins, cochliod, colletodial, mollicellin, oosporein and strerigmatosytin. | |||
Formulations Available | WP (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Bacillus subtilis | ||||
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A Gram-positive bactuerium used to control a wide range of economically important fungal and bacterial diseases. Product acts as nitrogen fixing bacteria and kills fungal pathogens like Pythium, Alterneria, Xanthomonas, Rhizoctonia, Botrytis, Oidiopsis, Alterneria, Leveillula, Phakopsora, Sclerotium, Phytopthora, Peranospora, Sclerotinia responsible for diseases root rot, root wilt, seedling rot, early blight, late blight, leaf spot, stem rot and mildew. | ||||
Mode of action | Bacteria colonise root system competing with disease. Microbial disruptor of insect midgut membranes. | |||
Formulations Available | WP (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Pseudomonas fluorescens | ||||
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A Gram-negative bacterium with antifungal &/or non-ice nucleating properties and used to improve frost hardiness (strain dependant) and protect against pathogenic soil born fungal diseases caused by Fusarium and Rhizoctonia spp. including fire blight of fruit and other crops | ||||
Mode of action | The bacteria prevents ice nucleation on plant leaves that leads to frost damage. Metabolites released by the bacteria are responsible for the antiphytopathegenic properties in some strains. | |||
Formulations Available | WP (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Trichoderma harzianum | ||||
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A biological fungicide and growth promoter used to control various fungal pathogens like Soil and foliar pathogens including Pythium, Rhizoctonia, Fusarium and Botrytis spp. | ||||
Mode of action | Inhibits the growth of pathogenic fungi by competing for nutrients and invasion sites. | |||
Formulations Available | WP, WS (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Trichoderma viride | ||||
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A biological fungicide used to control various fungal pathogens | ||||
Mode of action | Preventative action. Inhibits the growth of pathogenic fungi by competing for nutrients and invasion sites. | |||
Formulations Available | WP, WS (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Ampelomyces quisqualis | ||||
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Biological fungicide used to control powdery mildews mainly on fruit crops. | ||||
Mode of action | Germinating spores suppress the developing mildews via hyperparasitism | |||
Formulations Available | WP (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Azadirachtin | ||||
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A potent tetranortriterpenoid botanical insecticide active against a wide range of insect pests. It also has some fungicidal propertie | ||||
Mode of action | Interrupts pests hormonal system. Disrupts insect mouting and will also smother and desiccate insects. | |||
Formulations Available | Liquid, EC (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Bacillus thuringiensis Berliner subsp. Kurstaki | ||||
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Strain of the bacterial insecticide Bt selected for control of Lepidopteran larvae and other vegetable and woodland pests such as Diptera or Coleoptera. | ||||
Mode of action | Stomach poison. Microbial disruptor of insect midgut membranes. | |||
Formulations Available | WP (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Beauveria bassiana | ||||
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A naturally occuring fungal parasite used to control pests like Palm borer; Red palm weevil; Thrips; Whiteflies on target crops. | ||||
Mode of action | Contact action, spores adhere to host cuticle and germinate. Fungus populates via vegetative growth in the host haemocoel. Stomach poison. Microbial disruptor of insect midgut membranes |
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Formulations Available | WP (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Metarhizium anisopliae | ||||
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A commonly occurring deuteromycetous fungal biopesticide effective against a range of Coleoptera insects like borer, hoppers, locust etc. | ||||
Mode of action | Entomopathogen, penetrating insect cuticle and invading haemolymph. | |||
Formulations Available | WP (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |
Verticillium Lecanii | ||||
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A product for the control of Thrips, hoppers, mooths, white flies, pod borer and fruit borer in various fruit and cereal crops | ||||
Mode of action | Verticillium Lecanii spores contained when come in contact with the target insect, attaches to the cuticle (outer skin) and then germinates and grows directly through spiracle into the inner body of the host. By taking nutrients from the insect it further proliferates and colonizes the entire insect and thus drains the nutrients of insects. The infected insects eventually die. | |||
Formulations Available | Liquid (concentration to be disclosed on request). | |||
Packaging | As per specifications of importing country |