MAXCHELAT: Glycine Chelated Organic Trace Minerals for Cattle

Maximum Bioavailability & Nutrient Supply for Dairy and Beef Herds

MAXCHELAT provides an advanced range of organically bound trace mineral supplements using premium mono-glycine chelation technology. Engineered for extreme stability and maximum solubility, independent studies confirm MAXCHELAT has up to 140% greater digestibility compared to traditional inorganic trace mineral sources. This exceptional absorption capacity allows UK farmers and feedmills to reduce overall trace mineral inclusion rates by 25–50% while improving metabolic stability, hoof health, and overall herd fertility.

Key Benefits for Ruminants

  • High Mineral Concentration: MAXCHELAT delivers up to 40.5% mineral content, allowing lower product inclusion rates, freeing up space in feed formulations and reducing storage and transport requirements.

  • Superior Glycine Chelation: MAXCHELAT's trace minerals are protected by glycine chelation, forming stable, bioavailable complexes. These chelates help minimise antagonistic interactions in the digestive tract, supporting efficient mineral absorption.

  • Exceptional Bioavailability: Compared with traditional inorganic mineral sources, MAXCHELAT's highly digestible organic trace minerals support more efficient nutrient utilisation, potentially allowing lower overall inclusion rates without compromising animal health or productivity.

  • Enhanced Animal Performance: Consistent trace mineral supplementation supports key aspects of cattle performance, including skeletal development, calf growth, milk production, fertility, hoof quality, immune function and overall herd productivity.

Maxchelat Nutrient Delivery Matrix

MAXCHELAT uses advanced mono-glycine chelation technology to provide highly bioavailable trace minerals, supporting essential nutritional functions in dairy and beef cattle.

Key Mineral Component Chelation Technology Performance Impact Inclusion Advantage
Copper (Cu) Mono Glycine Supports growth & health Efficient mineral delivery
Zinc (Zn) Mono Glycine Supports hoof integrity & immune status Improved mineral bioavailability
Manganese (Mn) Mono Glycine Supports skeletal development & fertility Efficient nutrient utilisation
Iron (Fe) Mono Glycine Supports blood cell function & oxygen transport Bioavailable mineral supply

Environmental Benefits: More Efficient Mineral Utilisation

MAXCHELAT's highly bioavailable, glycine-chelated minerals support efficient nutrient absorption, potentially reducing the total quantity of supplementary trace minerals required in cattle diets. This can help minimise excess mineral excretion and reduce the environmental impact of livestock production.

Why Choose MAXCHELAT?

  • Maximum Nutrient Supply: Supports efficient delivery of essential trace minerals to organs and tissues, helping maintain animal health and productivity.

  • Optimised Animal Health: Supports hoof quality, immune function, udder health and metabolic stability, helping maintain healthy, productive dairy and beef herds.

  • Economic Efficiency: High mineral concentration and improved bioavailability can help reduce product inclusion rates, storage requirements and transport costs, supporting farm profitability.

  • Tailored Nutritional Solutions: Our experts work closely with you to develop customised feeding programmes that precisely meet your herd's nutritional requirements and performance goals.

Uncompromising Quality Standards

Manufactured in state-of-the-art facilities under stringent quality control processes, MAXCHELAT adheres to the highest international standards, ensuring consistency, safety and efficacy in every batch produced.

Transform Your Herd Performance with MAXCHELAT

Choose MAXCHELAT for an innovative, scientifically backed approach to organic trace mineral supplementation. Improve the nutritional efficiency, health and profitability of your dairy or beef cattle operations with advanced glycine-chelated minerals.

Contact us today to discover how MAXCHELAT can support your herd's nutritional requirements and performance goals.