Kocide Fungicide is a trusted crop protection product that is well known for its quality and reliability in controlling bacterial and fungal diseases. Its active ingredient, copper hydroxide, is contained in Kocide, and it offers vigorous, broad-spectrum protection to vegetables, nuts, fruits, and field crops. The product fights significant perpetrators like downy mildew, bacterial blight, anthracnose, and powdery mildew and leaves you with healthier plants and better crops.
Advanced formulation ensures maximum disease control with a smaller environmental footprint, just what modern sustainable agriculture calls for. Compatible with numerous modes of application ranging from foliar sprays to tank mixes, Kocide is adaptable and easy to handle for growers both big and small. Its weather-resistant and persistent action provides for optimal crop protection despite unfavorable weather conditions.
Key Features:
Broadspectrum Activity: Effective against multiple bacterial and fungal pathogens across multiple crops.
Active Ingredient: Copper hydroxide provides long-lasting, weather-resistant control.
Versatile Cultivation: Suitable for both new and experienced growers.
Environmentally Friendly: Encourages sustainable farming and functions within Integrated Pest Management (IPM) systems.
High Efficiency: Documented through farm testing to minimize crop damage and boost productivity.
Usage Guidelines:
Always read and follow label for crop-specific rate and timing for your crop. Compatible with water; spray evenly over whole surface of plant. Kocide should be applied to:
Fruits – e.g., apples, grapes, citrus, and berries.
Vegetables – for example, tomatoes, peppers, cucumbers, and greens.
Field Crops – e.g., cotton, soybeans, potatoes, and rice.
Why Farmers Select Kocide:
With decades of proven performance, Kocide has gained growers' and agronomists' trust worldwide. Not only does its copper-based formulation provide effective disease protection, but it also blocks resistance development to crop pathogens. That is why Kocide remains a cornerstone of successful, sustainable crop protection programs that balance performance with environmental responsibility.
