17-7PH is an austenitic martensitic precipitation hardening stainless steel developed based on 18-8CrNi. Also known as controlled phase change stainless steel. After solid solution treatment, it becomes an unstable austenite structure with good plasticity, toughness, and processability. After adjustment, the austenite precipitation carbonization phenological composition changes, and then after martensitic transformation treatment, most of the structure transforms into low-carbon tempered martensite with good toughness. This state is the service state of steel and has good medium temperature mechanical properties.
17-7PH alloy powder is available in particle size:
0-15 μm
15-45 μm
15-53 μm
53-150 μm
Customized
17-7PH alloy powder Form:
Particle size
0-15μm
15-45μm
15-53μm
53-150μm
form
spherical
spherical
spherical
spherical
17-7PH Specifications:
AMS 5644
17-7PH Chemical Composition (%)
Cr
Ni
C
Si
16.0-18.0
6.5-7.5
≤0.09
≤1.00
Mn
P
S
AI
≤1.00
≤0.035
≤0.030
0.75-1.50
17-7PH Physical Properties:
Density:7.67g/cm3
Melting Point:1415°C-1450°C
Inconel 690 Mechanical properties of finished products:
σЬ/ MPa
σ0.2/MPa
δ5 /%
Solution
≤927
≤342
18
17-7PH alloy powder production process:
VIM+vacuum atomization powder production
17-7PH alloy powder execution standard:
LZQB 《Technical Specification for 17-7PH Alloy Powder for 3D Printing》
17-7PH Powder Particle Size Distribution
Spherical 17-7PH Powder Applications:
Aerospace field: Used for manufacturing aircraft structural components and engine components, their high strength and toughness ensure that these components maintain stable performance in extreme environments.
Automotive industry: Used in suspension systems, engine components, and other key structures of automobiles, its excellent formability and weldability enable 17-7PH stainless steel to meet the high strength and corrosion resistance requirements in automotive manufacturing.
In the field of petrochemicals:it is used to manufacture corrosion-resistant components such as pipelines and valves. Its excellent corrosion resistance enables 17-7PH stainless steel to effectively resist the corrosion of chemical media.
For laser spraying, plasma spraying, 3D printingl
Performance of 17-7PH alloy spherical powder:
High powder sphericity
Smooth surface
High purity material
Low oxygen content
Uniform particle size distribution
Good liquidity
High apparent density
High vibration density
Note: If the alloy powder has hygroscopicity or has a storage period of more than 3 months, it should be dried.
Production Facility
Additive manufacturing with metal powder – the new industry production standard
Additive manufacturing with metal powder is revolutionizing how we produce high-strength, complex metal components. By leveraging fine metal powders, this cutting-edge technology allows for unparalleled design freedom and efficiency, enabling the creation of intricate structures and lightweight parts that are impossible with traditional methods.By leveraging fine metal powders, this cutting-edge technology allows for unparalleled design freedom and efficiency, enabling the creation of intricate structures and lightweight parts that are impossible with traditional methods.
From aerospace to medical devices, additive manufacturing with metal powder is advancing industries, driving innovation, and opening up new pathways for sustainable, high-performance production.
Our Advantages
ZM3D is dedicated to delivering exceptional value to our clients with a range of advantages. Our superior quality ensures that all 3D printing metal powders meet strict industry standards. With robust production capacity and factory direct sales, we offer competitive pricing without middlemen.
We support customization, enabling OEM and ODM services to meet diverse needs, while our R&D team continuously drives innovation. Our fast delivery ensures timely solutions, and our technical support and after-sales service guarantee a seamless experience.
From application versatility to stringent quality inspections, ZM3D is your trusted partner for advanced manufacturing solutions.
Nickel, cobalt, stainless steel and other alloy powder.
The world of 3D printing powders is a vast and complex one, with an array of manufacturers offering a dizzying array of choices. Amidst this abundance, finding the right manufacturer for your specific needs can be daunting.
The quality and consistency of powder are crucial for achieving successful 3D printing results. As the source factory, we produce high-quality powders that minimize defects and ensure precise dimensional accuracy. With our comprehensive technical support and responsive customer service, we guide you through troubleshooting and optimizing print quality, ensuring a smooth and efficient 3D printing process.
Our business process is streamlined to ensure a smooth experience for our clients. First, customers initiate the process with a consultation, where our experts provide detailed information about our high-quality 3D printing metal powders and address any specific requirements. Once the order is confirmed, a deposit is paid to secure the order, and we begin preparation. After production is complete, the final payment is made, and we proceed with timely delivery of the metal powders. Throughout the process, we ensure excellent communication and provide full support to meet your needs.
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Manufacturing Manager
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Operations Lead
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“We’ve been using ZhuangMai’s metal powders for our 3D printing projects. The quality is top-notch, and their customer support is quick and helpful. Highly recommend!”
Zhuangmai’s metal powders are widely used across various industries, including aerospace, automotive, healthcare, and manufacturing. Our high-quality powders are ideal for 3D printing applications, enabling precision parts production with superior strength and durability.
17-7PH is an austenitic martensitic precipitation hardening stainless steel developed based on 18-8CrNi. Also known as controlled phase change stainless steel. After solid solution treatment, it becomes an unstable austenite structure with good plasticity, toughness, and processability. After adjustment, the austenite precipitation carbonization phenological composition changes, and then after martensitic transformation treatment, most of the structure transforms into low-carbon tempered martensite with good toughness. This state is the service state of steel and has good medium temperature mechanical properties.
17-7PH alloy powder is available in particle size:
0-15 μm
15-45 μm
15-53 μm
53-150 μm
Customized
17-7PH alloy powder Form:
Particle size
0-15μm
15-45μm
15-53μm
53-150μm
form
spherical
spherical
spherical
spherical
17-7PH Specifications:
AMS 5644
17-7PH Chemical Composition (%)
Cr
Ni
C
Si
16.0-18.0
6.5-7.5
≤0.09
≤1.00
Mn
P
S
AI
≤1.00
≤0.035
≤0.030
0.75-1.50
17-7PH Physical Properties:
Density:7.67g/cm3
Melting Point:1415°C-1450°C
Inconel 690 Mechanical properties of finished products:
σЬ/ MPa
σ0.2/MPa
δ5 /%
Solution
≤927
≤342
18
17-7PH alloy powder production process:
VIM+vacuum atomization powder production
17-7PH alloy powder execution standard:
LZQB 《Technical Specification for 17-7PH Alloy Powder for 3D Printing》
17-7PH Powder Particle Size Distribution
Spherical 17-7PH Powder Applications:
Aerospace field: Used for manufacturing aircraft structural components and engine components, their high strength and toughness ensure that these components maintain stable performance in extreme environments.
Automotive industry: Used in suspension systems, engine components, and other key structures of automobiles, its excellent formability and weldability enable 17-7PH stainless steel to meet the high strength and corrosion resistance requirements in automotive manufacturing.
In the field of petrochemicals:it is used to manufacture corrosion-resistant components such as pipelines and valves. Its excellent corrosion resistance enables 17-7PH stainless steel to effectively resist the corrosion of chemical media.
For laser spraying, plasma spraying, 3D printingl
Performance of 17-7PH alloy spherical powder:
High powder sphericity
Smooth surface
High purity material
Low oxygen content
Uniform particle size distribution
Good liquidity
High apparent density
High vibration density
Note: If the alloy powder has hygroscopicity or has a storage period of more than 3 months, it should be dried.
Our Advantages
ZM3D is dedicated to delivering exceptional value to our clients with a range of advantages. Our superior quality ensures that all 3D printing metal powders meet strict industry standards. With robust production capacity and factory direct sales, we offer competitive pricing without middlemen.
The world of 3D printing powders is a vast and complex one, with an array of manufacturers offering a dizzying array of choices. Amidst this abundance, finding the right manufacturer for your specific needs can be daunting. The quality and consistency of powder are crucial for achieving successful 3D printing results. As the source factory, we produce high-quality powders that minimize defects and ensure precise dimensional accuracy.
Innovative Manufacturing Solutions
Strict Quality Control
Fast and Reliable Service
Experienced Technical Team
Factory Display
Additive manufacturing with metal powder is revolutionizing how we produce high-strength, complex metal components. By leveraging fine metal powders, this cutting-edge technology allows for unparalleled design freedom and efficiency.
Buy this series of alloy powder, get our extensive technical support. If you have any questions, please contact us through the channels we provide. Material Shape Main Composition Product transaction ...
Buy this series of alloy powder, get our extensive technical support. If you have any questions, please contact us through the channels we provide. Material Shape Main Composition Product transaction ...
Buy this series of alloy powder, get our extensive technical support. If you have any questions, please contact us through the channels we provide. Material Shape Main Composition Product transaction ...
Buy this series of alloy powder, get our extensive technical support. If you have any questions, please contact us through the channels we provide. Material Shape Main Composition Product transaction ...