Product Introduction
Cyazofamid 10% + Cymoxanil 50% 60 % WDG.
Product Feature
This product is a low-toxic cyazofamid fungicide composed of cymoxanil and sulfamethoxazole fungicide with contact and local systemic action. Its mechanism of action is to prevent the
germination of pathogenic spores. It has high biological activity against oomycete fungi such as downy mildew, and has protection, treatment and systemic effects. Cymoxanil fungicide, with its versatile uses, demonstrates excellent efficacy in both treatment and prevention effects on downy mildew of cucumber, grape and vegetables.
Advantage
Enhance efficacy significantly: When the cymoxanil and cyazofamid compounding ratio is close to 5: 1, the synergistic effect is particularly significant, and the control effect is significantly improved compared with single agents.
Significant treatment efficacy: The powerful cymoxanil fungicide known for its ability to spore germination and systemic treatment. Cyazofamid can inhibit spore formation and has a strong protective activity. It has shown high efficacy in the prevention and treatment of downy mildew, late blight, epidemic disease and other diseases.
Long-lasting protection: The effective period is about 20 days, which can reduce the number of applications and reduce pesticide residues.
Rain washout resistance: The mucosal adhesive added to the formulation in the production process can form a protective structure on the epidermal cells of a plant's leaf surface to prevent the invasion and colonization of pathogenic bacteria.
Delayed resistance: the two have different mechanisms of action and there is no cross resistance. Delaying the resistance of pathogenic bacteria to single fungicides is beneficial to the sustainable prevention and control of diseases.
Safety to crops: Both are low-toxicity fungicides, which are safe to crops, without phytotoxicity to fruits and vegetables.
Environmentally friendly: It can replace some medium and high-toxicity fungicides, decrease the dosage, and reduce environmental pollution and pesticide residues.