Materials for Metal 3D Printing
「Maraging Steel」
Features
Maraging steels are ultra-high-strength steels which are age-hardened with additions of Co, Mo, Ti, Al and others as age-hardening elements to low-carbon 18% nickel steels developed for constructional materials in aerospace industries.
Composition
(in %)
| Elements | Ni | Co | Mo | Ti | Al | Fe |
|---|---|---|---|---|---|---|
| Standards（Regular material） | 17.0～19.0 | 7.0～12.5 | 3.0～5.2 | 0.15～1.6 | 0.05～0.15 | bal |
| Standards（Powder material） | 17.0～19.0 | 8.5～9.5 | 4.5～5.2 | 0.6～0.8 | 0.05～0.15 | bal |
Mechanical Properties
| Regular material | After printing | (Reference Values) | Age hardening:： 490℃x6hrs (Reference Values) |
|
|---|---|---|---|---|
| Tensile Strength[MPa] | 1960 or more | Horizontal direction (XY direction) |
1200±100 | 2050±100 |
| Vertical direction (Z direction) |
1100±100 | |||
| Yield strength Rp0.2[MPa] | 1350 or more | Horizontal direction (XY direction) |
1100±100 | 1990±100 |
| Vertical direction (Z direction) |
930±150 | |||
| Elastic Modulus[GPa] | 182 | Horizontal direction (XY direction) |
150±25 | 180±20 |
| Vertical direction (Z direction) |
140±25 | |||
| Elongation[%] | 7～17 | Horizontal direction (XY direction) |
12±4 | 4±2 |
| Vertical direction (Z direction) |
- | |||
| Hardness[HV] | 290～400 | Horizontal direction (XY direction) |
327-363 | 513-613 |
| Surface Roughness (Ra) [μm] | After printing | 7±2 | ||
| After blasting | 5.5±1.5 | |||
Applications
Dies and molds, Production tools
Related Information
- Materials for Metal 3D Printing：Stainless Steel (SUS316L)
- Materials for Metal 3D Printing：Stainless Steel (SUS630)
- Materials for Metal 3D Printing：Nickel Alloy ALLOY IN718
- Materials for Metal 3D Printing：Hastelloy
- Materials for Metal 3D Printing：Titanium (Ti-6Al-4V)
- About Us
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Toray Precision is a pioneer in precision micromachining technology.
Since the founding of Toray Precision Co., Ltd. in 1955, we have been contributing to the synthetic fiber industries worldwide, by making spinnerets which is a key technology for synthetic fiber manufacturing.
Our experiences and technologies obtained through our history in the precision micromachining field are widely used in various industries nowadays, including semiconductor, measurement/inspection, aerospace, and medical instruments.