Tricoten WP

Registered PPP

A biological fungicide based on an exclusive strain of
Trichoderma atroviride AT10.

Provides natural protection against soil-borne diseases and strengthens crop resilience.

Exclusive strain

Composition

Trichoderma atroviride AT10 — 5×10⁸ CFU/g

  • ✅ Natural Disease Control
  • ✅ Zero Residue
  • ✅ Preharvest Interval
  • ✅ Environmentally Friendly
  • ✅ Low Risk Substance
DOSE RECOMMENDATION
1 kg/ha first application Repeat every 30 days — 0.5 kg/ha
Tricoten WP Logo ECOCERT Certification Logo

Registered for

FUSARIUM

Tomato, Pepper, Eggplant

SCELORTINIA

Lettuce and others salads

IMPORTANT

Contact us for the specific registrations of TRICOTEN WP in your country.

Multimodal mode of action

Chemical fungicides typically target a critical point in the fungus’s metabolism, facilitating the emergence of resistant strains through natural selection. In contrast, Tricoten WP deploys multiple mechanisms of action simultaneously, making it extremely di cult for resistance to develop.

Soil resources

Tricoten WP uses available nutrients and occupies the space that could otherwise be used by pathogenic fungi.

Antibiosis

Tricoten WP synthesizes a variety of secondary metabolites, including antibiotics, hydrolytic enzymes, and volatile compounds, which act as natural fungicides

Mycoparasitism

This is a mechanism by which Tricoten WP parasitizes and destroys other pathogenic fungi. It breaks down the cell walls of the host fungus, invading its cells and using its components as nutrients.

Induced Systemic Resistance

This involves the activation of the plant's natural defenses, increasing their ability to resist infections by pathogenic fungi

Reproduction of Trichoderma in Atens

Solid-medium bioreactors that ensure stable Trichoderma production in a completely automated process. Proprietary technology to guarantee a superior Trichoderma spore quality for the performance in the field.

  • Extended shelf life.
  • High spore concentration and stability:Better establishment in the soil.
  •  Thicker spore cell wall:Greater resistance to UV radiation.
  •  Application in a wide range of soil temperature and pH.