SS 316L Micron Powder for Additive Manufacturing, Size: 15-45 µm, Spherical

Description

SS 316L Micron Powder for Additive Manufacturing, Size: 15-45 µm, Spherical

SS 316L Micron Powder for Additive Manufacturing is a premium-grade spherical stainless steel powder engineered specifically for 3D metal printing applications. With a precisely controlled particle size distribution of 15-45 µm, this high-purity powder delivers exceptional performance in advanced additive manufacturing processes including Selective Laser Melting (SLM), Direct Metal Laser Sintering (DMLS), Electron Beam Melting (EBM), and binder jetting.

Our 316L stainless steel powder features an ultra-low carbon content (0.02% max), ensuring superior weldability and outstanding corrosion resistance. The spherical morphology guarantees excellent flowability, uniform powder bed formation, and high packing density—critical factors for achieving near-full density parts (≥99.5%) with minimal porosity in metal 3D printing.

Enhanced with 2% molybdenum, this austenitic stainless steel powder exhibits remarkable resistance to pitting and crevice corrosion in chloride environments, making it ideal for marine, chemical processing, and medical applications. The 316L powder maintains consistent mechanical properties with yield strength of 320 ± 10 MPa and tensile strength of 550 ± 30 MPa in as-built conditions.

Physical and Morphological Characteristics

Particle Size and Morphology:

• Particle Size Range: 15-45 µm (optimized for laser-based AM)
• Particle Shape: Spherical (high sphericity ratio)
• Powder Density: ≥99.5% relative density
• Flowability: Excellent (low Hall flow time)
• Apparent Density: Optimized for powder bed systems
• Tap Density: High packing efficiency

Chemical Composition (wt%)

316L Stainless Steel Powder Composition:

• Iron (Fe): Balance
• Chromium (Cr): 18% (corrosion resistance)
• Nickel (Ni): 12% (austenitic stability)
• Molybdenum (Mo): 2% (pitting resistance)
• Carbon (C): 0.02% max (low carbon grade)
• Manganese, Silicon, Phosphorus, Sulfur: Controlled trace elements

Mechanical Properties (As-Built AM Parts)

Strength and Performance:

• Yield Strength (σy): 320 ± 10 MPa
• Ultimate Tensile Strength (UTS): 550 ± 30 MPa
• Elongation at Break: 42 ± 2%
• Hardness: 150-200 HV
• Fracture Toughness: High
• Isotropic Properties: Uniform in all build directions

Advanced Material Properties

Corrosion and Environmental Resistance:

• Excellent resistance to acids, alkalis, and chlorides
• Superior seawater corrosion resistance
• High pitting resistance equivalent number (PREN)
• Resistant to atmospheric corrosion

Thermal and Physical Properties:

• Non-magnetic: Austenitic structure
• High temperature stability up to 900°C
• Low thermal expansion coefficient
• Good thermal conductivity

Biocompatibility:

• FDA approved for medical devices
• ISO 10993 compliant
• ASTM F138 medical grade equivalent

APPLICATION AREAS

Aerospace and Aviation Industry

316L powder for aerospace applications:

• Gas turbine engine components and blades
• Fuel system manifolds and nozzles
• Hydraulic actuator housings
• Lightweight structural brackets with lattice design
• Heat exchangers for aircraft systems
• Custom tooling and fixtures

Medical and Dental Manufacturing

Biocompatible 316L powder for medical devices:

• Orthopedic implants: Hip replacements, knee prosthetics, bone plates
• Spinal implants: Vertebral cages, pedicle screws
• Dental applications: Custom abutments, bridges, surgical guides
• Patient-specific surgical instruments
• Endoscopic tool components
• Cardiovascular device housings

Automotive and Motorsport Engineering

High-performance automotive parts:

• Turbocharger components and wastegate housings
• Exhaust manifolds with integrated designs
• Fuel injection system parts
• Lightweight chassis brackets
• Racing car custom components
• Sensor housings and mounts

Industrial and Chemical Processing

Corrosion-resistant industrial components:

• Chemical reactor vessels and internals
• Valve bodies and trim components
• Pump impellers and casings
• Mixing equipment and agitators
• Pipeline fittings and connectors
• Flow measurement devices

Energy and Power Generation

316L for energy sector applications:

• Nuclear power plant components
• Offshore oil and gas equipment
• Seawater desalination systems
• Geothermal heat exchangers
• Solar thermal components
• Marine energy converters

Food and Pharmaceutical Processing

Hygienic stainless steel components:

• Aseptic processing equipment
• Sanitary valves and fittings
• Filling and packaging system parts
• CIP/SIP compatible components
• Sterile transfer systems

Marine and Offshore Applications

Seawater-resistant 316L parts:

• Subsea equipment housings
• Propulsion system components
• Corrosion-critical fasteners
• Offshore platform parts
• Naval equipment

Tooling and Manufacturing Aids

Custom tooling solutions:

• Conformal cooling mold inserts
• Complex cooling channel designs
• Jigs and fixtures
• Assembly tools
• Inspection gauges

Research and Development

316L powder for innovation:

• Rapid prototyping and concept validation
• Topology optimization studies
• Lattice structure research
• Multi-material investigations
• New product development

  For bulk purchases, please contact us.