Garantol c.e.

Comprehensive Fungicidal Protection for Crop Health

"Garantol E.C." is a systemic fungicide that utilizes the synergy of two triazole-class active ingredients: propiconazole and cyproconazole. This formulation is a proven solution for agricultural enterprises managing cereal crops, orchards, and sugar beet plantations, offering both preventive and curative control against a wide array of pathogens.

Field Application Scenarios

Agronomists incorporate Garantol into their protection programs to address specific phytosanitary challenges:

• Cereals (Wheat, Barley): The product is highly effective against leaf spots, including septoria and helminthosporiosis, as well as rhynchosporiosis in barley. Its rapid systemic absorption ensures the active ingredients reach the plant tissues effectively, even during active growth phases.
• Orchards (Apple, Peach): Garantol acts as a robust shield against powdery mildew and scab. A two-pass treatment strategy per season creates a long-lasting barrier that safeguards fruit quality and overall yield.
• Technical Crops & Vineyards: Used to control cercosporiosis in sugar beets and oidium in vineyards, the product helps preserve leaf area, which is vital for sugar accumulation and yield volume.

Operational Guidelines

As an emulsifiable concentrate (E.C.), Garantol demonstrates excellent solubility and stability in tank mixtures. Its dual action — both systemic and contact — provides reliable protection against active fungal infections. The recommended application rate is 0.5–1 L/ha, depending on the severity of the disease and the crop development stage. Users must adhere to the limit of two treatments per season and observe a 30-day pre-harvest interval to ensure safety and regulatory compliance.

Produced by China Communication Import and Export Corporation (Beijing District), this fungicide is designed for professional use. It provides a balanced combination of cost-efficiency and performance, making it a reliable choice for farmers aiming to minimize yield losses under varying environmental conditions.