17-7PH(AISI 631) Spherical powder for 3D printing

 17-7PH(AISI 631) Spherical powder for 3D printing

Suzhou A-one Special alloy Co., Ltd is a professional manufacturer of stainless steel, soft magnetic alloy nickel alloy and cobalt alloy spherical powder for 3D printing.

l         Grades available:

1.         A286(UNS S66286),

2.         17-7PH(AISI 631),

3.         Hiperco 27,

4.         Hiperco 50

5.         Inconel 718,

6.         Hastelloy C276,

7.         Invar 36,

8.         Inconel 625,

9.         Inconel X-750,

10.     Hastelloy X

l         Application of Spherical powder for 3D printing:

1.         Additive Manufacturing (3D printing)

2.         Metal Injection Moulding (MIM)

3.         Cold and Hot Isostatic Pressing (CIP and HIP)

4.         Coatings

l         Superior Features

1.         Low oxygen content

2.         High purity

3.         Excellent flowability

4.         High apparent and tap densities

5.         Highly spherical

l         Size distributions

1.         15-45 and 25-45 microns (laser additive manufacturing or coatings)

2.         45-106 microns (electron beam additive manufacturing)

3.         45-150, 45-250 and 0-250 microns (CIP and HIP)

4.         Please contact allen.sun@sz-alloy.com for quotation.

l         The main applications for AM titanium parts can be found in markets that demand complex, high-value products:

1.         Medical and dental devices

2.         Aerospace

3.         Consumer goods

4.         Design/architecture

5.         Tooling

6.         Robotics

7.         Automotive

8.         Defense

9.         Motor sports

10.     Fashion industry

l         Main advantages of using Additive Manufacturing:

1.         Produces bone like and porous surfaces impossible to obtain through traditional surface treatment processes

2.         Freedom of design

3.         Can be applied at every phase of the product life cycle: from pre-development to the supply of spare parts

4.         Great manufacturing process for complex objects

5.         Rapid : 3 to 72 hours to build a prototype

6.         Reduces costs compared to machining while providing similar mechanical properties

7.         Can reduce weight

8.         Enables the use of material that is hard to to machine such as titanium aluminide

 17-7PH(AISI 631) Spherical powder for 3D printing