Commercial Solutions
ICC
ICC is a mineral-based foliar spray that controls and prevents bacterial and fungal diseases in plantation crops. It uses low-dose (ppm) applications of bioactive copper ions to achieve effective results.
As a natural bactericide and fungicide, ICC effectively targets:
Banana: Black Sigatoka, Finger Rot, Diamond Spot, Freckle, Moko
Pineapple: Phytophthora Heart Rot, Butt Rot
Tomato: Early Blight, Bacterial Wilt, Bacterial Spot & Specks
Corn: Corn Ear Rot
ICC works well with most insecticides, fungicides, adjuvants, and spray markers, allowing seamless integration into existing foliar spray programs.
Product Certifications
The Organic Certification Center of the Philippines (OCCP) has certified ICC, confirming that it meets the country’s organic production standards. This certification allows farmers to use ICC in certified organic farming systems throughout the region.
The Organic Materials Review Institute (OMRI) lists ICC, verifying that it complies with USDA National Organic Program (NOP) standards. This approval allows its use in organic crop production and post-harvest handling.
The USDA National Organic Program has approved ICC as a compliant input for certified organic farming, confirming that it meets the rigorous standards of U.S. organic agriculture.
South Korea’s Ministry of Food and Drug Safety (MFDS) recognizes ICC for meeting food and environmental safety standards, allowing its safe use on edible crops in regulated markets.
Under Environmental Protection Agency (EPA) regulation 40 CFR 180.1021, EPA exempts ICC’s active ingredients from tolerance requirements, permitting their use on food crops without residue concerns when applied properly.
The Fungicide Resistance Action Committee (FRAC) classifies ICC under Code M1, indicating a multi-site contact mode of action. This low-risk classification supports its strong role in integrated disease management programs.
How It Works
ICC contains nearly 100% bioavailable mineral ions, designed for multi-site interaction with target pathogens. These ions penetrate microbial structures, including the cell wall and membrane. They also interact with intracellular components such as plasmids, DNA, and RNA, disrupting their normal functions. In addition, they promote the generation of reactive oxygen species (ROS), which cause oxidative damage and contribute to microbial cell death.
Its multi-site mode of action makes it difficult for pathogens to develop resistance. For this reason, ICC is classified under FRAC Code M1, a low-risk group for resistance. It has also shown efficacy against resistant foodborne bacteria.
Environmental Responsibility
Many commercial pesticides rely on synthetic chemicals that pose risks to human and environmental health. ICC, an OMRI-listed product, offers a safer alternative by harnessing the natural antimicrobial power of mineral ions. It comes as a dust-free, liquid concentrate for easy foliar application.
Mineral-based fungicides have long been used in agriculture. However, traditional methods often apply excessive amounts, causing ecological harm especially to soil biota. In contrast, ICC uses trace amounts of fully bioavailable copper ions (in ppm), providing effective disease control with minimal environmental impact.
Its targeted application, low-dose formulation, and irreversible microbial binding significantly reduce copper buildup in soil and water. Once bound, the copper is no longer reactive, making ICC safe for the environment, aquatic life, workers, and crops.









