Pancosma developed a unique product line of organic trace minerals to meet the increasing demands from precision nutrition in livestock farming The solutions are designed to provide highly bioavailable nutrients and homogeneity in premixes to ensure optimal animal performance.
Pancosma organic trace minerals portfolio
- B-TRAXIM 2C is a range of individual trace minerals (Fer, Cu, Mn and Zn) marketed as a highly stable glycinate complex
- B-TRAXIM TEC is a range of individual trace minerals (Fer, Cu, Mn and Zn) marketed as chelate of hydrolysed soy protein
- B-TRAXIM Selenium based on hydrolysed soy protein
- B-TRAXIM ALL-IN-① is a combination of multiple organic trace minerals designed to offer the feed industry a unique product.
Quality and research behind Pancosma organic trace elements
Pancosma has a long-standing history of contributing research-based, innovative solutions to the animal nutrition industry. With many years of research, B-TRAXIM lines are backed-up with scientific evidence, patents and consistent positive trials showing an impact on bioavailability, technical and economic performance of animals.
As a result, our products available on the market are well proven and are continuously and rigorously reviewed for safety and quality.
For more information on the quality standards of Pancosma please visit the Pancosma database for quality certificates.
Benefits of using Pancosma organic trace elements
- Animal welfare: prevention of deficiencies
- Bioavailability: one of the most bioavailable sources on the market
- Profitability: efficient ROI with low inclusion dose
- Environment: reduced mineral excretion
Multi-mineral solutions
Multi-mineral products can make the day-to-day work of feed mills and on-farm mixers a lot easier. Combining minerals in a single concentrated formula reduces the number of silos and amount of stock required on site. B-Traxim All-in-1 solutions contain Zn, Mn, Cu and Co specifically formulated to species requirements. These multi-mineral solutions are based on glycinate technology that provide higher bioavailability compared to inorganic minerals.
