What additive manufacturing process is compatible with 17-4PH?

This powder is optimized for Metal LPBF (Laser Powder Bed Fusion) to produce dense, high-performance parts for Los Angeles-based applications.

What are common 17-4PH applications in Los Angeles industries?

Typical uses include aerospace brackets, tooling, functional prototypes, valves, engine parts, and industrial fixtures.

What industries use 17-4PH stainless steel powder?

It’s widely used in aerospace, petrochemical, automotive, medical tools, and general manufacturing sectors, including Los Angeles manufacturers and service shops.

How does 17-4PH compare to 316L stainless steel?

17-4PH generally has higher strength and hardness but somewhat lower corrosion resistance than 316L, making it better for load-bearing parts printed in LPBF.

Is 17-4PH suitable for tooling and molds?

Yes. Its high strength and hardness make it suitable for industrial tooling, conformal cooling channels, and molds produced by LPBF.

What mechanical properties can I expect after heat treatment?

17-4PH parts can achieve tensile strengths up to around 1,100–1,300 MPa and hardness levels up to ~44 HRC after proper aging.

Yes — as a martensitic stainless steel, parts printed from 17-4PH exhibit magnetic properties.

Does 17-4PH have good corrosion resistance?

It provides good corrosion resistance in many environments and similar resistance to some 300 series stainless steels, suitable for functional parts.

Can this powder be used for functional end-use parts?

Yes. LPBF 17-4PH is suitable for durable, load-bearing components used in industrial and aerospace parts in Los Angeles.

Is 17-4PH suitable for rapid prototyping?

Absolutely. Its alloy balance allows quick design iteration with the mechanical properties needed for functional prototypes.

Does the powder have good flowability for LPBF systems?

Yes. Premium powders are gas atomized and spherical to support consistent powder spreading and reliable LPBF printing.

What particle size distributions are common for 17-4PH?

Typical LPBF powder sizes range around 15–45 µm, ideal for achieving good surface finish and part density.

Can 17-4PH be machined after printing?

Yes, printed and heat-treated parts can be machined for finishing or tight-tolerance features.

Is welding possible on 17-4PH parts?

Yes, standard welding methods can be used, though post-weld heat treatment may be required to optimize mechanical properties.

Does Los Angeles manufacturing use 17-4PH for aerospace parts?

Yes, aerospace LPBF applications in Los Angeles frequently choose 17-4PH for its strength, durability, and thermal performance.

How does LPBF printing impact mechanical anisotropy?

LPBF can introduce direction-dependent mechanical properties, so orientation and heat treatment planning are key for high-performance parts.

What post-processing is recommended after printing?

Stress relief, solution annealing, and aging help unlock maximum strength, reduce residual stresses, and improve toughness.

Can 17-4PH produce high-strength load-bearing parts?

Yes. Parts can achieve high yield and tensile strength after LPBF and proper age hardening.

Is 17-4PH suitable for chemical processing equipment?

Yes, its corrosion resistance and strength make it suitable for valves, manifolds, and pump components in industrial environments.

Is 17-4PH suitable for chemical processing equipment?

Yes, its corrosion resistance and strength make it suitable for valves, manifolds, and pump components in industrial environments.

Can the powder be used for small-batch production?

Yes. LPBF printing with 17-4PH supports low- to medium-volume runs with minimal tooling.

Is this powder a good choice for parts used at elevated temperatures?

Yes, 17-4PH retains good mechanical performance at moderately elevated service temperatures after aging.

Does Additive Plus offer LPBF printing services in Los Angeles with 17-4PH?

Yes — Additive Plus provides LPBF metal 3D printing and materials support for projects in the Los Angeles area.

Are printed 17-4PH parts suitable for medical-tool applications?

Yes, when properly processed, they can serve in surgical instruments and medical tooling where strength and corrosion resistance are needed.

What is 17-4PH stainless steel powder used for in metal 3D printing?

17-4PH stainless steel powder is used in metal 3D printing to produce high-strength, corrosion-resistant parts such as tooling, fixtures, valves, pumps, and functional components.

Is 17-4PH stainless steel powder compatible with LPBF?

Yes, 17-4PH stainless steel powder is specifically engineered for Laser Powder Bed Fusion (LPBF) metal 3D printing processes.

What are the main benefits of 17-4PH stainless steel powder?

It offers high strength, hardness, corrosion resistance, good ductility, and excellent response to heat treatment.

What is the particle size distribution of this powder?

The particle size distribution (PSD) is 15–45 microns, optimized for LPBF printing.

How is 17-4PH powder produced?

It is produced using nitrogen gas atomization and vacuum induction melting for high purity and consistency.

Can 17-4PH be heat treated after printing?

Yes, it can be age-hardened using a simple single-step heat treatment to improve strength and toughness.

What industries use 17-4PH in additive manufacturing?

Aerospace, medical, industrial, petrochemical, and manufacturing industries widely use 17-4PH.

What applications are suitable for 17-4PH stainless steel?

Applications include surgical tools, valves, manifolds, pumps, tooling, and industrial equipment.

Is 17-4PH corrosion resistant?

Yes, it offers good corrosion resistance in many industrial environments.

What is the maximum operating temperature?

It maintains stable properties up to 600°F (316°C).

Is 17-4PH suitable for tooling applications?

Yes, it is widely used for rapid tooling and production tooling due to its strength and durability.

What packaging options are available?

Available in 10 kg bottles, 440 kg hoppers, and 840 kg hoppers.

Is bulk pricing available?

Yes, discounts are available for orders above 100 kg.

What makes 17-4PH popular in metal 3D printing?

Its combination of strength, corrosion resistance, and easy heat treatment makes it highly versatile.

Can parts made with 17-4PH be machined?

Yes, the material supports machining, welding, and finishing processes.

Yes, it is a martensitic stainless steel and is magnetic.

How does 17-4PH compare to 316L?

17-4PH offers higher strength and hardness, while 316L provides better corrosion resistance.

What is the advantage of precipitation hardening?

It allows controlled improvement of mechanical properties through heat treatment.

Is 17-4PH suitable for functional parts?

Yes, it is ideal for functional and load-bearing components.

Does 17-4PH support welding?

Yes, it has good weldability compared to other high-strength steels.

Is it suitable for aerospace applications?

Yes, it is widely used in aerospace due to its strength-to-weight ratio and reliability.

Can it be used in medical applications?

Yes, it is used for surgical tools and medical instruments.

What is the delivery time?

Typical delivery time is 2 business days.

Is the powder tested for real-world applications?

Yes, it is tested in real production environments to ensure performance.

Stainless-Steel-_17ph Powder Range 10 kg

15-5 Stainless Steel Powder for Metal 3D Printing

17-4PH Stainless Steel Powder for Metal 3D Printing | LPBF Compatible – 10 kg / 22 lbs

High Strength. Heat-Treatable. Built to Perform. 17-4PH precipitation-hardening stainless steel powder for LPBF metal 3D printing. Offers high strength, hardness, corrosion resistance, and simple heat treatment for functional parts and tooling.

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

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

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

Order more than 100 kg and get a discount

Quantity, kg	Per Bottle 10 kg	Per kg
10-100	$570.00	$57.00
100+	$510.00	$51.00

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Description

PowderRange® 17-4PH is a martensitic, precipitation-hardening stainless steel powder engineered for additive manufacturing using LPBF processes. This alloy delivers an excellent combination of high strength, hardness, toughness, and corrosion resistance, with reliable performance at temperatures up to 600°F (316°C).

One of the key advantages of 17-4PH is its ease of post-processing. The material can be age-hardened using a single-step, low-temperature heat treatment, allowing manufacturers to tailor strength and toughness to specific application requirements. This balance of mechanical performance and processing simplicity makes PowderRange® 17-4PH a popular choice for functional components and rapid tooling across a wide range of industries.

PowderRange® 17-4PH has been widely adopted in additive manufacturing for applications requiring durable, corrosion-resistant parts with tight dimensional control and repeatable mechanical properties.

Iron Balance	Iron Balance
Nickel 3.00 – 5.00%	Nitrogen 0.10%
Niobium + Tantalum 0.15 – 0.45%	Phosphorus 0.040%
Oxygen 0.10%	Copper 3.00 – 5.00%
Chromium 15.00 – 17.50%	Silicon 1.00%
Manganese 1.00%	Carbon 0.07% max
Sulfur 0.030%

machine type:

F – LPBF

Key Performance Benefits

Good strength, toughness, hardness, and ductility
Excellent response to precipitation (age) hardening
Good corrosion resistance in industrial environments
Stable mechanical properties up to 600°F (316°C)
Well suited for functional parts and tooling

Typical Applications

Surgical instruments and medical tools
Valves and fittings
Pumps and impellers
Manifolds
Industrial and chemical processing equipment
Tooling and fixtures

MATERIAL COMPARISON:
17-4 AR vs 17-4PH vs 316L Stainless Steel

Feature	17-4 AR	17-4PH	316L
Stainless Steel Type	Martensitic, precipitation-hardening	Martensitic, precipitation-hardening	Austenitic
AM Process	LPBF	LPBF	LPBF / EBM / DED
Strength & Hardness	High	High	Moderate
Ductility & Toughness	Good	Good	Very good
Corrosion Resistance	Good	Good	Excellent
Max Operating Temperature	Up to 600°F (316°C)	Up to 600°F (316°C)	Lower, application-dependent
Heat Treatable	Yes (single-step aging)	Yes (aging)	No (solution anneal only)
Weldability	Good	Good	Excellent
Magnetic	Yes	Yes	No
Typical Use Case	Tooling, functional parts, prototyping	Production structural parts	Corrosion-critical parts
Ease of Post-Processing	High	High	Very high

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 17-4PH
Country of origin USA
Production Method Nitrogen Gas Atomized, Vacuum Induction Melted

Materials

17-4PH

Frequently asked questions

What is 17-4PH stainless steel powder?

17-4PH is a martensitic, precipitation-hardening stainless steel powder used in metal additive manufacturing. It offers high strength, hardness, and good corrosion resistance.

What applications is 17-4PH best suited for?

It is commonly used for tooling, valves, pumps, manifolds, medical instruments, and industrial components requiring high strength and corrosion resistance.

What additive manufacturing process is supported?

PowderRange® 17-4PH is optimized for LPBF (Laser Powder Bed Fusion) systems.

Can 17-4PH be heat treated after 3D printing?

Yes. 17-4PH can be age-hardened using a simple, single-step low-temperature heat treatment to achieve specific strength and toughness levels.

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17-4PH Stainless Steel Powder for Metal 3D Printing | LPBF Compatible – 10 kg / 22 lbs

Description

machine type:

F – LPBF

Key Performance Benefits

Typical Applications

MATERIAL COMPARISON: 17-4 AR vs 17-4PH vs 316L Stainless Steel

Frequently asked questions

What is 17-4PH stainless steel powder?

What applications is 17-4PH best suited for?

What additive manufacturing process is supported?

Can 17-4PH be heat treated after 3D printing?

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MATERIAL COMPARISON:
17-4 AR vs 17-4PH vs 316L Stainless Steel