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  • Premix Iron Powder  for Powder Metallurgy and Industrial Applications
  • Premix Iron Powder  for Powder Metallurgy and Industrial Applications
  • Premix Iron Powder  for Powder Metallurgy and Industrial Applications
  • Premix Iron Powder  for Powder Metallurgy and Industrial Applications
  • Premix Iron Powder  for Powder Metallurgy and Industrial Applications
  • Premix Iron Powder  for Powder Metallurgy and Industrial Applications
Premix Iron Powder  for Powder Metallurgy and Industrial Applications

Premix Iron Powder for Powder Metallurgy and Industrial Applications

$1.50-$2.50/ Kilogram|1 Kilogram/Kilograms(Min. Order)

Customization:

Customized packaging(Min.Order: 2000 pieces)
customized Size(Min.Order: 2000 pieces)

Premix Iron Powder for Powder Metallurgy and Industrial Applications

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Purity Iron Source: 99.9% pure zero valent iron powder designed for precision applications requiring minimal impurities, such as alloy production, chemical synthesis, and environmental remediation (e.g., groundwater treatment).
  • Multi-Process Compatibility: Optimized for sintering, compaction, and welding processes due to controlled particle size (80 mesh), consistent apparent density (2.65-2.80 g/cm³), and green density (6.60 g/cm³), enabling reliable performance in industrial and laboratory settings.

Key features

  • 1. Material Technology

  • With 99.9% pure iron content, ensure unmatched consistency and reliability in demanding applications like alloy production or environmental remediation.

  • 2. Performance Parameters

  • With an 80 mesh particle size, achieve precise control over material distribution in manufacturing processes, ensuring uniformity in coatings or additive manufacturing.

  • 3. Performance Parameters

  • With an apparent density of 2.65–2.80 g/cm³ and green density of 6.60 g/cm³, optimize compaction and sintering outcomes for durable, high-quality end products.

  • 4. Scenario Solutions

  • Designed for sintering processes and environmental applications, this powder enables reliable performance in both industrial manufacturing (e.g., metal components) and remediation scenarios (e.g., groundwater treatment).

  • 5. Certification Standards

  • With REACH and RoHS certifications, meet stringent safety and environmental regulations, ensuring compliance for global industrial and commercial use.

Product details

Premix Iron Powder  for Powder Metallurgy and Industrial Applications

The FHY80.27 Reduced Iron Powder is a high-purity, zero valent iron powder designed for precision applications. With 99.9% purity, controlled particle size (80 mesh), and compliance to REACH/RoHS standards, it excels in demanding industries like electronics, metallurgy, and advanced manufacturing.

Technical specifications

FeatureSpecificationApplication Scenario
High PurityTotal Fe ≥98%Electronics, alloy production, research
Particle Size80 mesh (85% passing)Sintering, 3D printing, filtration systems
Apparent Density2.65-2.80 g/cm³Powder metallurgy, compaction processes
Green Density6.60 g/cm³High-strength sintered components
Flow Rate34 (sec/50g)Efficient automated dispensing systems
CertificationsREACH, RoHSGlobal regulatory compliance for manufacturing

Customization guide

Adjust particle size distribution (e.g., 100 mesh for finer applications) or green density parameters to optimize for specialized needs like enhanced flowability or tailored porosity for filtration systems.

Get inspired

With 99.9% purity and precise 80 mesh particle control, this powder enables flawless sintering for aerospace components. Its RoHS compliance ensures safe integration into consumer electronics, while its flow rate of 34 sec/50g streamlines automated production lines.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Purity (Total Fe)98%98.5%99.9% (+1.9%*)
Particle Size80 mesh100 mesh120 mesh
Apparent Density2.65-2.80 g/cm³+5% denser+10% denser*
Green Density6.60 g/cm³6.80 g/cm³7.00 g/cm³
Flow Rate34 sec/50g40 sec/50g (+17.6%)45 sec/50g (+32.4%)
CertificationsREACHRoHS + ISOAll + Custom

Supplier's note

  1. Technical Breakthroughs:

    • Ultra-High Purity (99.9%): Outperforms industry norms, enabling contamination-free applications in semiconductor manufacturing.
    • Precision Particle Control (80 mesh): Ensures uniform distribution in additive manufacturing, reducing waste by 20% vs. traditional powders.
    • Optimized Green Density (6.60 g/cm³): Achieves 15% stronger sintered parts compared to standard iron powders.
  2. Optimal Version Selection:

    • Base Model: Ideal for standard industrial applications (e.g., automotive components) requiring cost-effective solutions.
    • Advanced Model: Tailored for precision engineering (e.g., medical devices) needing enhanced flow rates and finer particle control.
    • Pro Model: Recommended for high-end sectors like aerospace or research, where 99.9% purity and 7.00 g/cm³ green density deliver unmatched performance.

*Compared to industry benchmarks.

Frequently asked questions

  • Which iron powder is best for sintering applications requiring high purity?

  • Is FHY80.27 iron powder compliant with REACH and RoHS standards?

  • How does FHY80.27 iron powder compare to standard iron powders in purity and particle size?

  • Can FHY80.27 iron powder be customized for welding applications?

  • What applications benefit from FHY80.27’s 80 mesh particle size?

  • How should FHY80.27 iron powder be stored to maintain its flow rate?

  • What are the key specifications of FHY80.27 iron powder?

  • Why is FHY80.27 suitable for environmental remediation?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Purity (Total Fe)Electronics, pharmaceuticals≥98% Total Fe (ISO 13335) ▲
99.9% (Advanced) ▲▲
(Industry: 95%)
Minimizes impurities in sensitive applications.Higher cost due to advanced purification processes.
Particle Size3D printing, catalysts80 mesh (ASTM E11) ▲
100 mesh (Advanced) ▲▲
(Industry: 60 mesh)
Uniform particles for precision applications like additive manufacturing.Finer particles may require specialized handling to prevent clumping.
Apparent DensitySintering, metallurgy2.75 g/cm³ (ISO 3913) ▲
2.90 g/cm³ (Advanced) ▲▲
(Industry: 2.5 g/cm³)
Optimizes flow and packing efficiency in compaction processes.Higher density may limit applications requiring lightweight materials.
Green DensityStructural components, molds6.6 g/cm³ (ASTM B417) ▲
6.8 g/cm³ (Advanced) ▲▲
(Industry: 6.0 g/cm³)
Enhances structural integrity post-compaction for durable end products.Requires higher compaction pressure, increasing energy costs.
Flow RateMass production, feed systems34 (ASTM B213) ▲
38 (Advanced) ▲▲
(Industry: 30)
Ensures smooth flow in automated systems for high-volume processing.Lower flow rates may cause clogging in legacy machinery.
CertificationsExport markets, electronics manufacturingREACH/RoHS compliant ▲
ISO 9001 (Advanced) ▲▲
(Industry: REACH only)
Meets EU safety and lead-free electronics standards for global compliance.Advanced certifications add complexity and cost to production workflows.

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