Katyayani Spino25 Spinosad 2.5 % SC Biological Insecticide for Aphid Jassid Shoot & Fruit Borer Girdle Beetle Semilooper bollworm for Plants and Home Garden
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Katyayani Spino2.5 contains Spinosad 2.5 % SC which is a biological insecticide, a naturally derived product from the fermentation of the actinomycete Saccharopolyspora spinosa. It is extensively used for the control of resistant Helicoverpa in Cotton and Red gram
It give powerful Control of Aphids Jassids Shoot & Fruit Borer Girdle Beetle Semilooper American Bollworm Diamond Back Moth Pod Borer with a unique mode of action that is different from all other known insect control products.
Effectively controls caterpillars within 2 days of application and is safe for beneficial insects.
Spinosad works by contact and by ingestionIt has a Broad-spectrum action on Lepidopteran and Dipteran insects and is an Effective thripicide.with Favorable toxicological profile.and Prolonged residual action.
Dosage: For Domestic Purpose like Home Garden & Nursery Take 5 ml per 1 Litre water For Large Applications take 300-350 ml per Acre Foliar Spray is Recommended.Detailed Instructions comes along with the product.
SKU: 11379196
Katyayani Spino2.5 contains Spinosad 2.5 % SC. Spectrum: Gram, Pigeon-pea : Caterpillar/ Pod borer; Cotton: Spotted bollworm, American bollworm; Chilli:Fruit Borer ; Cabbage : Diamond Back Moth ;Tomato:Fruit Borer, Thrips; Brinjal: Shoot and Fruit Borer, Red Gram-Pod Borer.Compatibility: Compatible with most chemicals.Duration of effect: 10 days.Frequency of application: Depends on pest incidence or severity of disease.Applicable crops: Cotton, Chillies, Red Gram, Brinjal, Grapes.Other market Names : Dow Success etc Spinosad works by contact and by ingestion. Spinosad has a unique mode of action that is different from all other known insect control products. Spinosad causes excitation of the insect nervous system, leading to involuntary muscle contractions, prostration with tremors, and finally paralysis. These effects are consistent with the activation of nicotinic acetylcholine receptors by a mechanism that is clearly novel and unique among known insecticidal compounds.