FEED APPLICATION Feed Safety for Food Safety®
ORGANICALLY BOUND TRACE MINERALS
Excellent bioavailability
Beneficial technical properties
Successfully tested in various animal species
MULTISPECIES
E.C.O.TRACE®
FSMS: PDV114896 GMP006099
Biochem Zusatzstoffe Handels- und Produktionsgesellschaft mbHKüstermeyerstr. 16 · 49393 Lohne · GermanyPhone: +49 4442-92890 · www.biochem.net
What is E.C.O.Trace®?E.C.O.Trace® products are a highly bioavailable source of zinc, manganese, copper and iron for application in all animal species.
The trace minerals in E.C.O.Trace® are bound to the amino acid glycine. This combination allows a higher mineral absorption than from conventional inorganic sources. Various advantages arise from the excellent bioavailability of E.C.O.Trace® as shown by several feeding trials:
Improved trace mineral status and safe supply in situations of increased demandAdequate trace mineral supply reducing the risk of performance depressionLower excretion of trace minerals
Product rangeE.C.O.Trace® is produced in a well standardized process, based on Biochem’s large experience in organically bound trace minerals for more than 20 years:
E.C.O.Trace® Zinc ≥ 25 % Zn
E.C.O.Trace® Copper ≥ 23 % Cu
E.C.O.Trace® Manganese ≥ 20 % Mn
E.C.O.Trace® Iron ≥ 20 % Fe
E.C.O.Trace® Premixes
ORGANICALLY BOUND TRACE MINERALS
MULTISPECIES
E.C.O.TRACE®
Technical advantages
High metal contents for low inclusion ratesGranule form for optimal flowabilityLow dust formation for high working safetyWater solubility for universal application
Fields of applicationUse E.C.O.Trace® in mineral-vitamin-premixes, compound feeds or feed supplements in order to ensure an optimal trace mineral supply, which is relevant for several physiological functions:
Fertility and reproductionIntegrity of skin, legs, claws and foot padsImmune response and regenerationHemoglobin synthesis and growth performanceUdder health and milk synthesisEgg shell formation
E.C.O.Trace® products are available as single components and as combinations in animal specific blends.