Products

Serena Nutrition is a specialized manufacturer of high-purity iron powders designed for applications where controlled chemistry, consistency, and reliability are critical.

We manufacture iron powder for food fortification, nutritional premix, dietary supplements, and chemical applications, using a process-led approach built on electrolytic refinement, followed—where required—by controlled hydrogen reduction.

This manufacturing route enables superior control over:

  • Iron purity
  • Impurity profile
  • Surface condition
  • Batch-to-batch consistency

Compared to conventional ore-based reduction processes, this approach delivers more predictable and reliable iron powder performance.

Our Manufacturing Approach

Iron powder quality is not defined by appearance or minimum compliance alone.

At Serena Nutrition, quality is defined by:

  • Refinement route
  • Impurity control
  • Process consistency
  • Stability over time

By focusing on how iron powder is produced, we deliver materials as controlled ingredients rather than commodity products.

Electrolytic Iron Powder

Produced through a purification-driven electrolytic refining process, this product forms the foundation of our portfolio.

Reduced Iron Powder

Produced by applying controlled hydrogen reduction to electrolytically refined iron powder.
This is a value-added stabilization step, not ore-based direct reduction

Quick Comparison Table

Parameter

Electrolytic Iron Powder

Hydrogen-Reduced Iron Powder

Manufacturing Route

Electrolytic refinement

Electrolytic + hydrogen reduction

Base Material

High-purity refined iron

Same (post-treated)

Typical Iron Purity (Fe)

≥ 99% (typical)

≥ 99.5% (typical)

Oxygen-Related Parameters

Low

Very low

Surface Condition

Controlled

More uniform & stabilized

Stability Characteristics

High

Enhanced

Shelf-Life Behavior

Excellent

Improved

Consistency

High

Very high

Visual Appearance

Grey metallic powder

Grey metallic powder

Visual appearance is not a reliable indicator of quality or performance.

Iron powders may look similar but behave differently due to:

  • Refinement depth 
  • Surface chemistry 
  • Oxygen-related parameters 
  • Structural consistency 
  • Process control during manufacturing 

At Serena Nutrition, we focus on how iron powder is produced, not how it looks.

When to Choose Which? (Practical Selection Guide)

Choose Electrolytic Iron Powder When:

  • Standard wheat flour fortification is required 
  • Premix systems need reliable blending behavior 
  • Controlled composition is a priority 
  • Strong cost-performance balance is important 
  • Chemical applications require consistent purity 

 

Choose Hydrogen-Reduced Iron Powder When:

  • Formulations are stability-sensitive 
  • Long shelf life is important 
  • Surface condition impacts performance 
  • Storage environments are demanding 
  • Higher consistency is required across batches 

Application-Based Selection

Application

Recommended Grade

Wheat Flour Fortification

Electrolytic Iron Powder

Nutritional Premix

Electrolytic Iron Powder

Stability-Sensitive Premix

Hydrogen-Reduced Iron Powder

Selected Nutritional Formulations

Electrolytic / Hydrogen-Reduced

Long-Term Storage Products

Hydrogen-Reduced Iron Powder

Chemical Applications

Electrolytic Iron Powder

Why Serena Nutrition is Different

Unlike conventional ore-based reduced iron powders, Serena Nutrition’s hydrogen-reduced iron powder is derived from an already purified electrolytic iron base.

This provides better control over:

  • Iron purity 
  • Impurity profile 
  • Surface condition 
  • Storage behavior 
  • Batch-to-batch consistency 

Our manufacturing philosophy is based on process discipline, consistency, and long-term reliability, not appearance-based claims.