Despadac® MAX Beekeeping Disinfectant

Despadac MAX is a next-generation disinfectant specially designed to meet the hygiene demands of beekeeping. This innovative formula combines Glutaraldehyde, Didecyl Dimethyl Ammonium Chloride, and Glycolic Acid, offering a broad-spectrum solution against viruses, bacteria, and fungi, even in the presence of organic matter. Its penetration capacity and the action of its surfactants ensure immediate and intense disinfection, guaranteeing clean and safe environments for bees.

Powerful composition for total protection

· Glutaraldehyde 8.5%: Provides a powerful disinfectant action, penetrating deeply to eliminate pathogens.

· Didecyl Dimethyl Ammonium Chloride 11.9%: Acts effectively against a wide range of microorganisms, protecting the hives.

· Glycolic Acid 0.7%: Enhances the product's efficacy, ensuring the elimination of fungi and bacteria.

· Excipients q.s.p. 100%: Formulated to maximize efficacy and compatibility with all types of materials.

Specific use in Beekeeping

Ideal for the complete disinfection of hives, tools, protective suits, and any other beekeeping equipment. Its excellent material compatibility makes it the perfect choice to ensure hygiene in beekeeping facilities without compromising bee safety. Despadac MAX is equally effective for disinfecting transport vehicles and work areas.

Mode of Use and Recommended Dosages

Despadac MAX can be applied by rubbing, spraying, or nebulization, adapting to the specific needs of each beekeeper. For routine disinfections, dilute at 1:300-1:400 (30-25 ml in 10 liters of water), and for situations requiring more intense disinfection, adjust the dilution as needed, up to 1:100 for strict disinfections. It is important to apply the treatment in the absence of bees and wait the recommended safety period to ensure optimal ventilation before reintroducing materials or bees into the treated area.

Elevate cleaning standards and protect your hives from diseases with Despadac MAX, the disinfectant of choice for beekeepers seeking efficiency and safety.