PBI-Gordon hires Rick Williams, promotes Trevor Radford

PBI-Gordon Corp. recently added Rick Williams as national accounts manager and promoted Trevor Radford to regional sales manager. read more
PBI-Gordon Corp. recently added Rick Williams as national accounts manager and promoted Trevor Radford to regional sales manager. read more
Vexis herbicide granular from PBI-Gordon recently received registration by the State of New York Department of Pesticide Regulation for use in the state of New York. It will be available for sale in June 2021. Based on the proprietary active ingredient pyrimisulfan, Vexis is the result of an exclusive partnership between PBI-Gordon Corp., Kumiai Chemical Industry Co., Ltd. and their... read more
PBI-Gordon introduced a new product training platform. Once professional grounds managers register to the site, users gain access to an ever-expanding library of knowledge modules that are specifically designed to simplify the product training process. Each of the site’s online training modules are between two and five minutes in length. This lets users quickly review product details and application information and... read more
SpeedZone Southern EW broadleaf herbicide from PBI-Gordon Corp. has received registration from the State of California. Formulated for sensitive southern turfgrasses, SpeedZone Southern EW controls more than 70 tough broadleaf weeds including dollarweed, ground ivy and spurge. “The new SpeedZone Southern EW formulation helps ensure more active ingredient impacts the leaf surface for improved efficacy,” said Jay Young, herbicide product manager for PBI-Gordon.... read more
PBI-Gordon released a new formulation for SpeedZone EW Broadleaf Herbicide that features an emulsion-in-water (EW) formulation, a technological advance from emulsifiable concentrate (EC) formulations that rely on solvents to solubilize active ingredients. The emulsion-in-water technology of SpeedZone EW creates smaller particle size than EC formulations. This results in more active ingredients impacting the leaf surface for improved efficacy, plus a... read more