


KAZOO BIOSTIMULANT
The active ingredient in Kazoo is the plant-available form of silicon and is used as a biostimulant to enhance crop growth, stress tolerance, and overall plant performance. Once absorbed by roots or leaves, OSA is transported throughout the plant where it becomes incorporated into cell walls and plant tissues, strengthening the crop from within. Unlike many silicon sources that are poorly available to plants, orthosilicic acid is readily absorbed and utilized, making it an efficient way to deliver the benefits of silicon nutrition. Research has shown that OSA can improve nutrient uptake, support stronger plant architecture, and enhance resilience to environmental stresses.
For Canadian fruit and vegetable production, Kazoo offers several valuable benefits throughout the growing season. It helps strengthen cell walls, improving tolerance to abiotic stresses such as drought, heat, moisture fluctuations, and salinity, while also increasing resilience to disease pressure and physical damage. In crops such as grapes, apples, berries, tomatoes, blueberries, onions, potatoes, and other vegetables, OSA can support improved plant vigor, enhanced nutrient use efficiency, better fruit quality, and greater marketable yield. Its ability to improve plant health and stress management makes orthosilicic acid a valuable component of modern crop production programs focused on maximizing productivity, quality, and sustainability under increasingly challenging growing conditions.
Active Ingredient:
Soluble Silicon from Orthosilicic acid (3%)
Key Crops:
All agricultural and horticultural products
Key Targets:
Abiotic stress, biotic stress, drought, heat stress, fruit quality
Group:
Biostimulant
Packaging Size:
4 x 5L
Features & Benefits
Improved root growth and water use efficiency (reduced transpiration)
Regulates nutritional deficiencies (improves uptake and delivery) AND reduces mineral toxicities
Improves crop quality parameters
Improves crop resiliency against crop stresses including drought, salt, pests and disease














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