Combat fungal disease with confidence using Belanty
- BASF launches Belanty®, an innovative fungicide to deliver rapid and lasting protection from powdery mildew in grapes and black spot in apples
- Belanty’s active ingredient, Revysol, (mefentrifluconazole), is a new molecule first discovered by BASF
- New DMI chemistry provides much stronger cellular binding than other DMIs
Grape and apple growers across Australia have a new global DMI standard in fungal disease control and resistance management this season, thanks to novel formulation chemistry from BASF.
Being fast-acting and long-lasting, Belanty is a breakthrough DMI fungicide with a unique chemical structure that gives excellent control against powdery mildew in wine and table grapes. It has also been approved for use against black spot in apples, with a powdery mildew registration coming soon.
“Belanty is an exciting advance in crop protection, giving growers more confidence and flexibility in producing top quality fruit that meets strict market specifications,” said Serge Usatov, Horticulture Portfolio Manager at BASF Australia. “So many factors are beyond our control, but Belanty not only does everything an old DMI would do but has also been formulated specifically to meet today’s consumer and environmental expectations.”
The fungicide has fast plant uptake, resulting in excellent rainfastness, then the active ingredient is slowly released into the leaf tissue, which gives longer residual activity. Importantly, Belanty has a broader application window than other DMIs, and maximum residue limits (MRLs) have already been approved for export to the EU.
“Belanty is the only DMI fungicide of its type and features innovative chemistry that enables it to bind tightly to fungal pathogens within the plant cells. You only get one chance a year at growing a profitable crop, so you want to get it right,” added Usatov.
The active ingredient in Belanty is Revysol (mefentrifluconazole), a new molecule first discovered by BASF, and subsequently registered in major markets worldwide, including North and South America, Europe, Asia, and Australia.
“The molecule’s ability to change shape once inside the plant tissue means it can control pathogen strains that are resistant to traditional DMI fungicides,” said Mark Dicks, Senior Technical Services Specialist, BASF Australia. “All other DMI molecules to date have been rigid. Revysol is flexible and adaptable. With DMI resistance developing worldwide, this is a critical characteristic that will help producers better manage their spray programs to reduce the risk of resistance and assist in prolonging the efficacy of existing chemistry.”