Exit

Efficient Cereal Protection: A Comprehensive Approach from the Agro-Chemical Factory

In intensive farming, where every hectare counts and weed infestation can cost half the harvest, systemic solutions are the top priority. The herbicide 'Exit' from the Agro-Chemical Factory (Fabryka ahrokhimikativ) is a response to modern agribusiness challenges, designed for the radical control of broadleaf weeds in cereal crops.

Technological Composition Advantage

The strength of 'Exit' lies in the synergy of three powerful active ingredients: Dicamba, Metsulfuron-methyl, and 2,4-D. This combination allows for effective control of both common annual weeds and deep-rooted perennials that are traditionally considered difficult to eradicate.

• Controlled Spectrum: The preparation effectively handles threats such as creeping thistle (Cirsium arvense), field bindweed (Convolvulus arvensis), common lambsquarters, cleavers, and scentless mayweed, all of which can suppress the development of wheat and barley.
• Systemic Action: As a post-emergence (insurance) herbicide, the product penetrates deep into the plant tissues, blocking growth processes, ensuring the death of the entire weed, including the root system.

Field Application Practice

‘Exit’ is designed for post-emergence application, giving agronomists the flexibility to assess the real phytosanitary situation in the field before application. The water-soluble concentrate form simplifies the preparation of the working solution, while the low dosage rate (up to 25 g/ha) makes logistics and storage economically advantageous. When used according to the guidelines, the preparation demonstrates selective action, ensuring high protection levels for winter and spring cereals without the risk of phytotoxicity to the crop.

Why Choose 'Exit'

A Ukrainian-made product designed with local climatic conditions in mind, 'Exit' has established itself as a reliable tool for achieving clean fields with minimal time investment. Given its hazard class 3, handling requires standard safety measures; however, its high performance in a single treatment minimizes the number of machinery passes, preserving soil structure and reducing operational costs.