What is Aluminum Alloy AlSi10Mg powder?

Aluminum Alloy AlSi10Mg is a high-performance metal 3D printing powder widely used in additive manufacturing. It combines lightweight properties with good mechanical strength, making it ideal for aerospace, automotive, molds, and medical applications.

Where can I purchase AlSi10Mg powder?

You can purchase AlSi10Mg metal 3D printing powder through Additive Plus in Los Angeles. Contact their team to request a quote for AO Metal powders.

What sizes are available for AlSi10Mg powder?

AlSi10Mg powder is packaged in 11.025 lbs (5 kg) vacuum-sealed bags, ideal for industrial or R&D use.

How much does AlSi10Mg powder cost?

The cost is $22.13 per pound or $48.8 per kilogram for high-quality AlSi10Mg powder.

What is the particle size distribution of AlSi10Mg powder?

The powder has a spherical shape with excellent fluidity and particle size distributions including 15-53 μm, 20-60 μm, and 50-150 μm.

What is the shape and fluidity of AlSi10Mg powder?

The powder is spherical and exhibits excellent flowability, ensuring consistent layering and high-quality 3D prints.

How is AlSi10Mg powder produced?

AlSi10Mg powder is produced using argon and nitrogen atomization processes. The process includes material selection, melting, atomization, filtering, collection, drying, grading, inspection, and packaging.

Which other aluminum alloys are available besides AlSi10Mg?

Other available aluminum powders include AlSi7Mg, AlSi12, AlMgSc, 7075, and 6061, suitable for diverse additive manufacturing applications.

What industries use AlSi10Mg powder?

AlSi10Mg is commonly used in aerospace, molds, automotive, medical instruments, and military applications.

Is AlSi10Mg powder compatible with metal 3D printers?

Yes, it is compatible with a variety of metal 3D printers, including AO Metal 3D printers, DMLS, and LPBF systems.

Can AlSi10Mg powder be used for R&D purposes?

Yes, AlSi10Mg powder is ideal for research and development, prototyping, and testing new designs or alloys in additive manufacturing labs.

What is the typical application of AlSi10Mg in aerospace?

In aerospace, AlSi10Mg powder is used for lightweight structural parts, components with complex geometries, and heat-resistant elements.

Is AlSi10Mg suitable for automotive parts?

Yes, it is used to produce lightweight, high-strength parts, prototypes, molds, and custom components in the automotive industry.

Can AlSi10Mg powder be used in medical instruments?

Yes, it is used to manufacture lightweight, precise, and durable components for medical instruments.

What is the benefit of vacuum packaging for AlSi10Mg powder?

Vacuum packaging protects the powder from moisture and contamination, ensuring quality and consistent printing performance.

What is the density of AlSi10Mg powder?

The density varies depending on particle size and manufacturing process, but it is optimized for high packing density and uniform layering in metal 3D printing.

Can AlSi10Mg powder be reused in 3D printing?

Yes, with proper sieving and handling, AlSi10Mg powder can be recycled for multiple print cycles, minimizing waste.

Is AlSi10Mg suitable for high-temperature applications?

Yes, it has good mechanical properties and heat resistance suitable for components exposed to elevated temperatures.

How should AlSi10Mg powder be stored?

Store in a dry, cool environment in vacuum-sealed bags or sealed containers to prevent moisture contamination.

What is the process for inspecting AlSi10Mg powder quality?

Quality inspection includes checking particle size distribution, sphericity, flowability, and chemical composition to ensure optimal performance.

Can AlSi10Mg powder be used in AO Metal 3D printers?

Yes, it is fully compatible with AO Metal 3D printers and other LPBF and DMLS systems.

What is the difference between AlSi10Mg and other aluminum alloys like AlSi7Mg or 7075?

AlSi10Mg offers a balance of lightweight properties, strength, and printability, while other alloys may have higher strength, corrosion resistance, or thermal properties depending on the specific application.

Is AlSi10Mg used in molds production?

Yes, AlSi10Mg is ideal for molds due to its precise printing capabilities, mechanical strength, and thermal stability.

Can AlSi10Mg be used in military applications?

Yes, it is used for lightweight, durable components in military and defense applications.

Does Additive Plus provide support for using AlSi10Mg powder?

Yes, Additive Plus offers technical support and guidance for using AlSi10Mg powder with metal 3D printers in Los Angeles and beyond.

What are the key benefits of using AlSi10Mg powder in metal 3D printing?

Key benefits include lightweight parts, excellent mechanical strength, good fluidity for consistent printing, wide industrial applications, and compatibility with high-precision AO Metal printers.

Is AlSi10Mg suitable for prototyping and production?

Yes, it is ideal for both prototyping and small to medium-scale production runs in aerospace, automotive, medical, and industrial applications.

How is AlSi10Mg powder shipped?

It is shipped in vacuum-sealed bags of 11.025 lbs (5 kg) to maintain quality during transport.

Can AlSi10Mg powder be used with other additive manufacturing alloys?

Yes, it can be integrated into workflows alongside other aluminum alloys like AlSi12, AlMgSc, 6061, 7075, depending on the desired material properties.

What is IN718 nickel alloy powder used for in metal 3D printing in Los Angeles industries?

In Los Angeles, IN718 nickel alloy powder is widely used for aerospace, energy, and industrial applications, including jet engine components, gas turbines, and high-performance tooling requiring heat and corrosion resistance.

Which 3D printing technologies in Los Angeles are compatible with IN718 powder?

IN718 powder is compatible with advanced metal 3D printing technologies used in Los Angeles, including Laser Powder Bed Fusion (LPBF), Electron Beam Melting (EBM), and Directed Energy Deposition (DED).

What are the key properties of IN718 nickel alloy powder for aerospace applications in Los Angeles?

IN718 offers high tensile strength, excellent fatigue and creep resistance up to 1300°F (704°C), strong corrosion resistance, and age-hardening capability, making it ideal for aerospace manufacturing in Los Angeles.

What particle size distribution is available for IN718 powder in Los Angeles?

IN718 powder is available in particle size distributions of 15–45 µm and 45–106 µm, suitable for different metal additive manufacturing processes used in Los Angeles facilities.

How is IN718 nickel alloy powder manufactured for suppliers in Los Angeles?

The powder is produced using vacuum induction melting followed by nitrogen gas atomization, ensuring spherical morphology, consistent particle size, and high-quality performance for Los Angeles manufacturers.

Can IN718 parts be heat treated after 3D printing in Los Angeles production environments?

Yes, IN718 is an age-hardenable alloy that allows for customized heat treatment, enabling Los Angeles manufacturers to achieve specific mechanical properties for demanding applications.

What industries in Los Angeles commonly use IN718 metal powder?

Industries in Los Angeles such as aerospace, defense, energy, and industrial manufacturing commonly use IN718 metal powder for high-temperature and high-strength applications.

What packaging options are available for IN718 powder in Los Angeles?

IN718 powder is available in 10 kg bottles, as well as 440 kg and 840 kg hopper options, supporting both prototyping and large-scale production in Los Angeles.

Is bulk pricing available for IN718 nickel alloy powder in Los Angeles?

Yes, bulk pricing is available for orders over 100 kg, offering cost-effective solutions for Los Angeles manufacturers and production facilities.

IN718 Nickel Alloy Powder for Metal 3D Printing PowderRange in metal bottle

IN718 Nickel Alloy Powder for Metal 3D Printing

IN718 Nickel Alloy Powder for Metal 3D Printing | LPBF Compatible – 10 kg / 22 lbs

$1,010

Extreme Heat. Extreme Strength. Proven Reliability. PowderRange 718 nickel alloy powder for LPBF, EBM, and DED additive manufacturing. High-temperature strength, fatigue and creep resistant, age-hardenable, and suitable for aerospace, energy, and industrial components.

Technology:
Metal LPBF
Printing Materials:
Metal Powders
Production Method:
Nitrogen Gas Atomized, Vacuum Induction Melted
Powder Package:
10 kg bottle, 440 kg hopper, 840 kg hopper

PSD (particle size distribution)

15–45 µm

In stock
Delivery: 2 Business Days

$1,010

Need more than 100 kg / 222 lbs? Or official request?

Categories:
Materials, Composite Tooling, Engineering, Jigs&Fixtures, LPBF (DMLS) 3D Printing Materials, Manufacturing, Nickel Base, Metal Powders 3D Printing Materials

Order more than 100 kg and get a discount

Quantity, kg	Per Bottle 10 kg	Per kg
10-100	$1010.00	$101.00
100+	$910.00	$910.00

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Description

PowderRange® 718 is a nickel-base superalloy, widely regarded as the “workhorse” for high-temperature applications in aerospace, energy, and industrial sectors. This age-hardenable nickel alloy offers exceptionally high yield, tensile, and creep-rupture properties at temperatures up to 1300°F (704°C).

The slow age-hardening response of PowderRange® 718 allows annealing without spontaneous hardening during heating and cooling, enabling highly customizable heat treatments to achieve specific mechanical properties for diverse applications.

PowderRange® 718 nickel alloy is highly processable in additive manufacturing due to good phase stability, minimal segregation, and low susceptibility to cracking. Even in the as-processed state, it exhibits excellent mechanical properties, and precipitation hardening further enhances its performance when required.

Iron: Balance
Nickel: 50.00–55.00%	Silicon: 0.35%
Niobium + Tantalum: 4.75–5.50%	Nitrogen: 0.03%
Cobalt: 1.00%	Sulfur: 0.015%
Chromium: 17.0–21.0%	Carbon: 0.08%
Molybdenum: 2.80–3.30%	Phosphorus: 0.015%
Aluminum: 0.20–0.80%	Oxygen: 0.03%
Titanium: 0.65–1.15%	Boron: 0.006%
Copper: 0.30%	Manganese: 0.35%

machine type:

F – LPBF

Key Performance Benefits

High tensile strength, fatigue, and creep resistance up to 1300°F (704°C)
Customizable mechanical properties through heat treatment
Excellent resistance to chlorides, stress corrosion, and sulfide stress cracking
Minimal segregation and low crack susceptibility in additive manufacturing

industries

Aerospace / Energy / Industrial

Typical Applications

Jet engine and high-speed airframe components
Gas turbine parts
Instrumentation devices
Oil and gas tooling
Impellers for high-temperature operation

3D Printed Part IN718 Nickel Alloy Powder for Metal 3D Printing

3D printed housing IN718 Nickel Alloy Powder for Metal 3D Printing

Brand Carpenter Additive
Technology Metal LPBF
Powder Package 10 kg bottle, 440 kg hopper, 840 kg hopper
PSD (particle size distribution) 15–45 µm
Printing Materials Metal Powders
Material IN718
Country of origin USA
Production Method Nitrogen Gas Atomized, Vacuum Induction Melted

Materials

IN718

Frequently asked questions

What is PowderRange 718 nickel alloy powder?

PowderRange® 718 is a high-performance, age-hardenable nickel-base superalloy powder used in additive manufacturing. It offers high tensile strength, fatigue, and creep resistance at elevated temperatures.

Which additive manufacturing processes are compatible with PowderRange 718?

PowderRange® 718 nickel alloy is compatible with LPBF, EBM, and DED processes.

Can PowderRange 718 be heat treated?

Yes. PowderRange® 718 is age-hardenable, allowing customized heat treatments to optimize strength, creep resistance, and other mechanical properties.

What industries commonly use PowderRange 718?

Aerospace, energy, and industrial sectors commonly use PowderRange® 718 nickel alloy for high-temperature, high-strength components.

What types of parts are typically produced using PowderRange 718?

Typical applications include jet engine parts, high-speed airframe components, gas turbines, instrumentation devices, oil & gas tooling, and high-temperature impellers.

Why choose PowderRange 718 over other nickel alloys?

PowderRange® 718 offers a unique combination of high-temperature strength, fatigue and creep resistance, corrosion resistance, and excellent processability in additive manufacturing, making it ideal for demanding aerospace and industrial applications.

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