An innovative iodine-free product now enables dairy farms to reduce somatic cell count (SCC) quickly, effectively, and at a lower cost, without the use of iodine. The Company is now seeking distributors in additional geographies.

Mastitis, a bacterial infection and a persistent health issue in dairy herds, negatively impacts milk production, animal health, and the overall economy of the dairy industry.
Improved hygiene practices make it possible to shift from blanket dry cow treatment (BDCT) to selective dry cow treatment (SDCT), reducing the need for antibiotics. Most commonly used hygiene products are iodine-based, which is expensive and poses risks to farm workers, animals, and consumers, as iodine residues can be transferred into the milk.
An innovative chlorine-based product now enables dairy farms to maintain hygiene and more effectively reduce somatic cell count (SCC) in milk—without using toxic products and at a lower cost. It also offers several key advantages:
The following chart illustrates the product’s efficacy in one of many experiments already conducted:

The company is now seeking pilot opportunities in additional regions to demonstrate product performance, secure local regulatory approval, and establish partnerships with potential distributors.
Disclaimer: The information presented above has been provided by the companies and inventors owning the technologies and products being presented, and is shared here for informational purposes only. Call4Pilots authors and/or the owner of this website do not independently verify the accuracy, completeness, or reliability of the information presented. Readers are advised to conduct their own due diligence and seek professional advice before making any business decisions or relying on the information provided. By using this information, you acknowledge and agree that Call4Pilots authors and/or the owner of this website shall not be held liable for any errors, omissions, or outcomes arising from the use of this information and that you waive any future claims related to it.