Spherical H13 Steel Powder

• High-quality Spherical H13 Steel Powder
• H13 Tool Steel Powder
• AISI H13 Powder
• Spherical H13 Powder
• H13 Alloy Steel Powder
• Predominantly spherical morphology
• Excellent powder flowability
• High packing density
• Excellent powder spreading
• High-temperature strength
• Excellent thermal fatigue resistance
• Good toughness
• Excellent wear resistance
• High hardness after heat treatment
• Good dimensional stability
• Excellent resistance to thermal cracking
• Controlled particle-size distribution
• Low satellite content options
• Controlled oxygen content
• Gas-atomized grades available
• Suitable for metal additive manufacturing
• Suitable for laser powder bed fusion
• Suitable for directed energy deposition
• Suitable for binder jetting
• Suitable for powder metallurgy
• Suitable for tooling and mold manufacturing
• Suitable for hot-work applications
• Custom particle sizes available
• COA available

Property	Specification
Product Name	Spherical H13 Steel Powder
Common Names	H13 Powder, AISI H13 Powder
Material	H13 Hot-Work Tool Steel
Equivalent Designation	AISI H13 / DIN 1.2344 / JIS SKD61
Material Type	Tool Steel
Manufacturing Method	Gas Atomized / Custom
Particle Morphology	Spherical / Predominantly Spherical
Particle Size	Custom
Common AM PSD	15–45 µm / 20–63 µm / Custom
D10 / D50 / D90	Custom
Apparent Density	Custom
Tap Density	Custom
Flowability	Controlled
Oxygen Content	Controlled
Nitrogen Content	Controlled
Carbon Content	~0.32–0.45 wt.%
Chromium	~4.75–5.50 wt.%
Molybdenum	~1.10–1.75 wt.%
Vanadium	~0.80–1.20 wt.%
Silicon	~0.80–1.20 wt.%
Manganese	~0.20–0.50 wt.%
Iron	Balance
Packaging	Bottle / Bag / Drum / Custom

• Spherical H13 Steel Powder
• H13 Tool Steel Powder
• AISI H13 Powder
• H13 Alloy Steel Powder
• H13 Hot-Work Tool Steel Powder
• DIN 1.2344 Powder
• JIS SKD61 Powder
• Gas-Atomized H13 Powder
• High-Purity H13 Powder
• Additive Manufacturing Grade H13
• H13 LPBF Powder
• H13 DED Powder
• Binder-Jetting Grade H13
• Fine H13 Steel Powder
• 15–45 µm H13 Powder
• 20–63 µm H13 Powder
• 45–106 µm H13 Powder
• Tooling-Grade H13 Powder
• Mold-Making Grade H13
• Hot-Work Tool Steel Powder
• Thermal Spray Grade H13
• Laser Cladding Grade H13
• Powder Metallurgy Grade H13
• Custom H13 Steel Powder

1. What is Spherical H13 Steel Powder?

Spherical H13 Steel Powder is a powder form of H13 hot-work tool steel manufactured with predominantly spherical particles. Spherical morphology provides excellent flow and powder-handling characteristics for advanced manufacturing processes.

2. What is H13 Steel Powder used for?

H13 powder is used for metal additive manufacturing, tooling, molds, hot-work dies, thermal spray, laser cladding, powder metallurgy, and repair of high-temperature tooling components.

3. What standards are associated with H13 tool steel?

H13 is commonly associated with AISI H13, DIN 1.2344, and JIS SKD61. The exact chemistry and mechanical requirements should be verified against the applicable standard.

4. What particle sizes are available?

Common additive-manufacturing distributions include approximately 15–45 µm and 20–63 µm, while larger distributions such as 45–106 µm may be available for other powder-processing technologies.

5. Why is spherical morphology important?

Spherical particles generally provide better flowability, higher packing density, consistent powder spreading, and more predictable powder feeding, making them particularly valuable for additive manufacturing.

6. Does REG Metals provide a Certificate of Analysis?

Yes. A Certificate of Analysis (COA) can be supplied documenting chemical composition, particle-size distribution, morphology, apparent density, tap density, oxygen content, flow characteristics, and other applicable powder specifications.