Ekipmanın özelliklerinin sunumu

Greenstone supplies a full range of laser-cladding-grade metal powders compatible with various laser cladding systems and DED/laser additive manufacturing equipment. Our product portfolio includes nickel-based, cobalt-based, and iron-based alloy powders, as well as carbides, metal-ceramic composites, and custom hybrid powders.

Produced using gas atomization and vacuum gas atomization technologies, our powders offer precise chemical-composition control, extremely low oxygen levels, and strict regulation of harmful elements such as P and S.

Greenstone powders have been widely adopted across industries requiring wear resistance, corrosion resistance, and high-temperature performance, including:

  • Coal mining

  • Metallurgy

  • Power generation

  • Madencilik ekipmanları

  • Wind energy

  • Automotive

  • Mould and tool manufacturing

Our high-purity, high-sphericity powders ensure stable powder feeding, excellent coating quality, and reliable performance in demanding industrial applications.

işlenmiş örnekler
High-quality alloy powder for additive manufacturing, 3D printing, and metal surface coating applications
High-quality alloy powder for additive manufacturing, 3D printing, and metal surface coating applications
Greenstone-Tech Lazer Kaplama Küresel Tantal Metal Tozu
Metal Tozları
Metal Powders

Metal powders are essential feedstock materials used in laser cladding, laser metal deposition (LMD/DED), additive manufacturing (3D printing), thermal spraying, and surface engineering. Greenstone offers a wide range of high-purity metal powders with stable flowability, excellent spheroidization, and consistent particle-size distribution to ensure reliable melting behavior and high-quality coating or additive manufacturing outcomes.

Key Features of Greenstone Metal Powders
✔ High Purity and Excellent Sphericity

Our powders are produced using advanced gas atomization or plasma atomization technology, providing high purity, low oxygen content, and superior sphericity for stable powder feeding and uniform melt-pool formation.

✔ Wide Particle Size Range

Available in multiple particle-size distributions (e.g., 15–45 μm, 45–105 μm, 50–150 μm), suitable for laser cladding, DED, and various AM processes.

✔ Stable Flowability and Consistency

Optimized surface morphology and particle uniformity ensure highly stable powder flow for both coaxial and off-axis powder-feeding systems.

✔ Excellent Metallurgical Bonding

Powders deliver high-density coatings and additive parts with strong metallurgical bonds, enhanced wear resistance, corrosion resistance, and mechanical performance.

✔ Compatibility with Multiple Systems

Compatible with all mainstream laser cladding heads, powder feeders, and DED/AM equipment.

Available Toz Malzemeler

Greenstone provides a comprehensive series of alloy powders, including but not limited to:

Nickel-Based Alloys
  • Inconel 625 / 718 / 738

  • Ni60 / Ni45 / NiCrSiB

  • High-temperature corrosion-resistant alloys

  • Wear-resistant nickel-carbide composites

Iron-Based Alloys
  • Stainless steel powders (304, 316L, 410, 420, 430)

  • Tool steel powders (H13, M2, D2)

  • Iron-based wear-resistant alloys

  • Martensitic precipitation-hardening steels

Kobalt Bazlı Alaşımlar
  • Stellite 6 / 12 / 21

  • High-temperature wear-resistant and corrosion-resistant cobalt alloys

Titanium & Titanium Alloys
  • Ti6Al4V (Grade 5)

  • Titanium-based high-strength alloys for aerospace & medical

Aluminum Alloys
  • AlSi10Mg

  • AlSi7Mg

  • High-strength lightweight aluminum series

Copper & Copper Alloys
  • Pure copper powders

  • CuCrZr, CuSn, CuNiSi – high thermal-conductivity materials

Carbide & Composite Powders
  • WC-Co, WC-Ni

  • Ceramic-reinforced metal-matrix composites (MMC)

Typical Uygulamalar
  • Laser cladding & laser surface repair

  • DED additive manufacturing of functional components

  • Anti-wear, anti-corrosion & thermal barrier coating

  • Part remanufacturing & refurbishment

  • High-performance industrial components for aerospace, energy, automotive, tooling, and petrochemical industries

Iron-Based Laser Cladding Powder – Technical Specifications

ModelMain Composition (wt%)Particle Size (μm)SertlikBaşvuru
Fe-1045Cr:18; Si:0.8; Ni:4.0; Mo:1.5100–270 / 200–45043 HRCHydraulic support – external laser cladding
Fe-1055Cr:18; Si:0.8; Ni:3.0; Mo:1.0100–270 / 200–45052 HRCHydraulic support – external laser cladding
Fe-1025Cr:18; Si:0.5; Ni:12.0; Mo:1.5100–270 / 200–45027 HRCHydraulic support – internal laser cladding

Technical Specifications – Laser Cladding Powder for Laminar Flow Rolls / Conveyor Rolls

ModelMain CompositionParticle Size (Mesh)SertlikBaşvuru
Fe-1060Cr:18; Si:1.2; Ni:2.0; B:1.2100–270 / 200–45058 HRCLaser cladding for laminar flow rolls and conveyor rolls

Technical Specifications – Laser Cladding Powder for Cast Iron / Bronze Components

ModelMain CompositionParticle Size (Mesh)SertlikBaşvuru
Ni-2020Si: 2.0; Fe: 0.5; Mo: 6.0; Mn: 0.5100–270 / 200–45020 HRCLaser cladding for cast iron and bronze components

Technical Specifications – Laser Cladding Powder for Chemical Pipelines / Boiler Tubes / Valves

ModelMain CompositionParticle Size (Mesh)SertlikBaşvuru
Inconel 625Cr: 21.5; Mo: 9.0; Fe: 1.0; Nb: 3.8100–270 / 200–450-Laser cladding for chemical pipelines, boiler tubes, and valves
Inconel 600Ni: 73; Cr: 15; Fe: 6; Mn: 0.8100–270 / 200–450-Laser cladding for chemical pipelines and boiler tubes

Technical Specifications – Laser Cladding Powder for Wind Turbine Bearings

ModelMain CompositionParticle Size (Mesh)SertlikBaşvuru
CuSn12Ni2Sn: 12; Ni: 2; P: 0.03; O: 0.03100–270 / 200–450-Laser cladding for wind turbine sliding bearings

Technical Specifications — Ceramic Powder for Cutting Picks / Rotary Drilling Teeth / Mining Teeth

ModelMain CompositionParticle Size (Mesh)SertlikUygulamalar
Ceramic-3065Impact-resistant self-fluxing alloy + ceramic + high-temperature resistant components100–325 mesh65 HRCCutting picks, rotary drilling teeth, mining teeth

Technical Specifications – Laser Cladding Powder for Agricultural Shredding Blades, Harvesting Knives, and Woodworking Cutters

Ürün AdıMain CompositionParticle Size (Mesh)SertlikBaşvuru
Ceramic-3060Impact-resistant self-fluxing alloy + ceramic + high-temperature resistant components100–325 mesh60 HRCShredding blades / harvesting knives / woodworking cutters
NiWCHigh-crack-resistance nickel-based self-fluxing alloy + WC (crushed or spherical WC optional, WC ratio up to 65%)100–325 / 200–400 mesh55 HRCShredding blades / harvesting knives / woodworking cutters

Metal Tozları