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  • Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts
  • Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts
  • Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts
  • Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts
  • Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts
  • Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts
Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts
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Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts

  • 1 - 24 Kilograms
    $1.05
  • 25 - 999 Kilograms
    $1
  • 1000 - 9999 Kilograms
    $0.93
  • >= 10000 Kilograms
    $0.85

Customization:

Customized logo(Min.Order: 1000 pieces)
Customized packaging(Min.Order: 1000 pieces)
Graphic customization(Min.Order: 1000 pieces)

Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Purity Iron Powder Production: Gas-atomized iron powder with 99% purity, available in 100mesh and 200mesh granularities, designed for precision sintered machine parts and advanced metallurgical applications.
  • Industrial Versatility: Optimized for diamond tool manufacturing, metallurgy, and technical processes requiring fine, uniform particle distribution and high material integrity.

Key features

  • 1. Material Technology

  • With 99% pure iron and gas atomization technology, ensure consistent particle uniformity and corrosion resistance, outperforming standard iron powders*.

  • 2. Performance Parameters

  • Featuring 100-200 mesh particle size, this powder offers enhanced flowability and adhesion, ideal for precise sintering and tool fabrication compared to coarser grades*.

  • 3. Scenario Solutions

  • Optimized for diamond tool manufacturing and metallurgy, enabling durable component production in high-demand industrial settings. Perfect for applications requiring high precision and structural integrity.

  • 4. Certification Standards

  • Complies with IATA DGR and IMO IMDG CODE standards, ensuring safe global transport and meeting rigorous regulatory requirements for hazardous materials.

  • 5. Processing Technology

  • Processed via gas atomization and sintering techniques, the powder maintains structural integrity during high-temperature applications, enhancing product longevity*.

Product details

Fe 99% 100mesh 200mesh Iron Powder Price Gas Atomized Iron Dust for Sintered Machine Parts

Fe 99% Iron Powder is a high-purity, gas-atomized material designed for precision applications in diamond tool manufacturing and metallurgy. Available in 100mesh and 200mesh sizes, this powder ensures consistent performance in sintered machine parts while meeting rigorous IATA DGR and IMO IMDG CODE certifications for safe global transport.

Technical specifications

FeatureSpecificationBenefit
MaterialIron (99% purity)Ensures superior sintering and mechanical strength
Mesh Size100mesh / 200meshCustomizable particle distribution for precise applications
Processing MethodGas atomization + sinteringAchieves uniform granules and enhanced flowability
CertificationsIATA DGR, IMO IMDG CODEComplies with global hazardous material shipping standards
ApplicationDiamond tools, metallurgy, sintered partsVersatile for high-precision industrial uses

Customization guide

Adjustable parameters:

  • Mesh size: Optimize particle fineness (e.g., 200mesh for intricate tool coatings)
  • Purity: Blend with additives for specialized alloy compositions
  • Packaging: Customize container sizes to meet logistics or storage needs

Get inspired

With Fe 99% Iron Powder, you can craft durable diamond tool components or high-performance sintered parts. Its fine granularity ensures seamless integration into metallurgical processes, while its certifications simplify international supply chain management.

Choose your model

ParameterBase Model (100mesh)Advanced Model (200mesh)Pro Model (Custom Mesh)
Mesh Size100mesh200mesh (+50% finer)**325mesh (+125% finer)*
Purity99%99.2%99.5%
Flow Rate40 L/min50 L/min (+25%)60 L/min (+50%)

Supplier's note

  1. Technical Breakthroughs:

    • 99.5% purity (Pro Model): Reduces impurities for ultra-high-strength sintered parts.
    • 200mesh granularity: Enables smoother coatings for diamond tools compared to industry-standard 150mesh.
    • IMO IMDG compliance: Streamlines global shipping for clients in export-driven industries.
  2. Version Selection Guidance:

    • Base Model: Ideal for general sintered parts requiring cost-effective solutions.
    • Advanced Model: Suited for precision diamond tools where finer particle distribution is critical.
    • Pro Model: Recommended for R&D or aerospace applications needing extreme purity and fineness. Example: The Pro’s 325mesh particles allow for intricate turbine blade molds, outperforming competitors by 20% in dimensional accuracy.

Frequently asked questions

  • Which mesh size of Fe 99% Iron Powder suits applications like diamond tools or metallurgy?

  • How does gas atomized iron powder compare to water atomized alternatives for industrial use?

  • Is Fe 99% Iron Powder compliant with international shipping standards?

  • Can Fe 99% Iron Powder be customized for specialized sintering processes?

  • What applications are best suited for Fe 99% Iron Powder in manufacturing?

  • What safety measures are required when handling Fe 99% Iron Powder?

  • How should Fe 99% Iron Powder be stored to maintain quality?

  • Does Fe 99% Iron Powder support eco-friendly manufacturing practices?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material PurityHigh-precision manufacturing, aerospace99% Fe purity (ISO 13335-2) ▲10% purer than industry standard (95% Fe)Reduces impurities in sintered parts (▲10% better than 95% purity)Higher cost due to refining (▲20% vs lower purity grades)
Mesh SizeDiamond tool coating, metallurgical casting100–200 mesh (ASTM E11) ▲30% finer than industrial standard (50 mesh)Optimal flowability for sintering (▲30% better than 50 mesh)Limited use in coarse applications (▲50% finer than industrial standards)
Processing Method3D printing, high-strength alloysGas atomized (ASTM F3116) ▲25% higher packing density vs water atomizedSpherical particles improve packing density (▲25% vs water atomized)Higher production energy cost (▲40% vs water atomized)
Application SuitabilityCutting tools, metal injection moldingDiamond tool compatibility (ASTM C136) ▲50% longer tool lifespanEnhances tool durability (▲50% longer lifespan)Limited to specific industries (▲80% narrower scope than general powders)
Safety CertificationInternational shipping, hazardous transportIATA DGR/IMO IMDG compliant (UN 3077) ▲100% compliant vs non-certifiedEnables global logistics (▲100% compliant vs non-certified)Requires specialized handling (▲25% higher shipping costs)
Particle Shape/UniformityPowder metallurgy, thermal spray coatingsSpherical particles (ISO 9223) ▲40% less porosity in sintered partsConsistent sintering results (▲40% less porosity)Prone to agglomeration without additives (▲30% higher risk)

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