• High manganese concentration providing efficient trace mineral supplementation for ruminant feed formulations.

• High bioavailability manganese source supporting enzyme systems involved in metabolism, fertility, and immune function.

• Controlled heavy metal levels to meet feed safety standards for livestock production.

• Stable particle size distribution suitable for mineral premix blending and uniform dispersion in feed.

• High solubility in digestive acids supporting effective mineral availability during digestion.

• Feed Grade Manganese Oxide for Ruminant Nutrition designed for consistent manganese supply in cattle diets.

Research shows that manganese absorption in ruminants is generally low, often around 1% of dietary intake, making stable and bioavailable feed supplements necessary in livestock diets.

• Cattle mineral premixes – provides manganese required for bone development, reproductive performance, and metabolic enzyme activity in beef and dairy cattle.

• Dairy cow nutrition – supports fertility, skeletal integrity, and milk production efficiency through balanced trace mineral supply.

• Feedlot cattle diets – stabilizes manganese levels in high-energy rations used in commercial beef production systems.

• Mineral supplement blocks – used in free-choice mineral supplements for grazing cattle.

• Feed Grade Manganese Oxide for Ruminant Nutrition – applied in compound feed and premix manufacturing for consistent trace mineral formulation.

Manganese plays an essential role in enzyme systems and metabolic processes in livestock, making supplementation necessary when natural feed levels are insufficient

• Low manganese availability in forage-based diets → concentrated MnO ensures consistent manganese intake in ruminant rations.

• Low mineral absorption efficiency → controlled solubility improves manganese availability in the digestive system.

• Heavy metal contamination in mineral additives → strict impurity limits support feed safety compliance.

• Inconsistent trace mineral concentration in premixes → standardized Mn content improves formulation accuracy.

• Mineral segregation during feed mixing → optimized particle size supports uniform blending in premix systems.

• Standard packaging: 25 kg kraft paper bags with PE inner liner.

• Palletized export packaging for bulk international shipment.

• Available for full container loads (FCL) and bulk feed mill supply.

• Sample quantities available for feed formulation testing and premix development.

• Customized particle size distribution for premix and feed mill blending systems.

• Adjustment of manganese concentration based on formulation requirements.

• Bulk supply solutions for large feed mills and premix manufacturers.

• Technical consultation on trace mineral inclusion levels in ruminant feed.

Q1: What is the role of manganese in ruminant nutrition?
Manganese is required for enzyme activation, bone development, and reproductive performance in cattle. It also participates in carbohydrate and lipid metabolism, which are essential for growth and milk production.

Q2: Why use High Bioavailability Manganese Oxide for Ruminant Nutrition in feed formulations?
Feed Grade MnO provides a concentrated and stable manganese source for mineral premixes and compound feeds. It ensures consistent trace mineral supply while maintaining controlled impurity levels for feed safety.

Q3: How does manganese oxide compare with manganese sulfate in bioavailability?
Studies indicate that manganese oxide can provide approximately 70–90% relative bioavailability compared with manganese sulfate, depending on feed conditions and animal species.

Q4: Can manganese oxide be used in mineral premix production?
Yes. Its stable particle size and high manganese content make it suitable for blending with other trace minerals in premix systems.

Q5: What are the recommended storage conditions for feed grade MnO?
The product should be stored in a dry, well-ventilated warehouse and kept sealed to prevent moisture absorption. Under proper storage conditions, the typical shelf life is 24 months.