Organic biostimulant Kosmo

nitrogenpowderto improve growth rate

Product overview
Kosmo is a solid organic fertilizer N12 containing glycine betaine, a naturally derived osmoprotectant that helps crops maintain cellular water balance under abiotic stress. Foliar application promotes osmotic homeostasis and membrane stability, sustaining physiological activity during high temperatures, drought and saline conditions. Suitable for integration into organic farming programs and abiotic stress management strategies.

Packaging
Paper box 1 kg

Application
Foliar

Dosage and composition (table)
CROPS | METHODS OF USE | FOLIAR DOSES (kg/ha)
Grape, citrus, actinidia, fruit trees, tropical fruits, vegetables, industrial crops, floriculture, ornamental plants, nursery | 2–3 applications: at peak vegetative/productive development and maximum photosynthetic activity | 1–3

The foliar dose is based on a water volume of 1000 l/ha.

Composition
Total Nitrogen (N) 12% | Organic Nitrogen (N) of plant origin 12% | Organic Carbon (C) 51% | Dry matter 97% | Organic carbon to total nitrogen ratio (C/N) 4.25 | Formulation: water-soluble crystals | Additional information: glycine betaine 97%

Technical specifications

• Product name: Kosmo
• Type: Solid organic fertilizer N12
• Approved for organic agriculture
• Active substance: glycine betaine (97%)
• Mode of action: osmoprotectant — supports osmotic homeostasis and membrane stability
• Application method: Foliar
• Packing: Paper box 1 kg
• Total Nitrogen (N): 12%
• Organic Nitrogen (N) of plant origin: 12%
• Organic Carbon (C): 51%
• Dry matter: 97%
• C/N ratio: 4.25
• Formulation: water-soluble crystals
• Recommended foliar dose: 1–3 kg/ha (2–3 applications during peak vegetative/productive phases)
• Dosage basis: water volume 1000 l/ha
• Target crops: grape, citrus, actinidia, fruit trees, tropical fruits, vegetables, industrial crops, floriculture, ornamental plants, nursery
• Benefits: helps maintain physiological processes under high temperature, drought and salinity; improves crop resistance to abiotic stress