Metal 3D printing with aluminum and titanium alloys
Materials on Other materials
Aluminum and titanium alloys are perfect for metal 3D printing as they offer an exceptional combination of high strength, low weight and excellent corrosion resistance. These properties make them ideal for lightweight construction applications, particularly in the aerospace, automotive and medical technology industries. Metal 3D printing makes it possible to produce complex, weight-optimized structures with internal cavities or lattice structures that would not be possible using conventional manufacturing methods. This allows components to be produced with maximum stability and minimum material usage, which significantly improves both efficiency and performance. Additive manufacturing also reduces material losses and production times, which further increases sustainability and cost-effectiveness.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production. With over 50 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications.
The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production. As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters in each case.
Channel ID
Main element
Material category
Material type
Material no.
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Qualification level
Data sheet
Material title
Description
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Material properties table
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5.002
Fe
Iron base
Tool steel
1.2709
M300
ready for series production
Tool steel | 1.2709 | M300
The maraging hot-work tool steel 1.2709 has good temperature resistance and toughness. This results in a wide range of possible applications in tool and mold making, for example for additively manufactured mold inserts with internal cooling channels. The hardness can be increased to up to 54 HRC with the help of subsequent heat treatment.
werkzeugstahl-12709-m300
Tool steel 1.2709 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of tool steel iron-based M300 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
1200 ±50
2100 ±50
Yield Strength Rp0.2
MPa
1000 ±50
2000 ±50
Elongation at Break A5
%
12 ±2
5 ±1
Young's Modulus E
GPa
175 ±5
195 ±5
Charpy Notch Toughness Av
J
Hardness
HV
34 ±1
53 ±1
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Element
Mass fraction [%]
Ni
18,0 - 19,0
Co
8,50 - 9,50
Mo
4,70-5,20
Ti
0,50-0,80
C
≤ 0,03
Si
≤ 0,10
Mn
≤ 0,10
P
≤ 0,01
S
≤ 0,01
Al
0,05- 0,15
FE
Balance
/wp-content/uploads/2025/04/Datasheet_1.2709.pdf
5.023
Fe
Iron base
Tool steel
1.3343
AISI M2
initially qualified
Tool steel | 1.3343 | AISI M2
Metal 3D printing with steels and other iron-based materials offers the possibility of a wide range of applications due to the high material strength. From stainless steels and tool steels to heat-treatable steels, you are sure to find a material that meets the requirements for your application. If not, we can also qualify new materials for you.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The iron-based materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production.
With over 40 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications. The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production.
As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters.
werkzeugstahl-13343-aisim2
Tool steel 1.3343 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of tool steel iron-based AISI M2 today.
5.004
Fe
Iron base
Iron-nickel alloy
1.3912
Invar36
ready for series production
Iron-nickel alloy | 1.3912 | Invar36
The iron-based alloy with 36 % nickel is characterized by a very low coefficient of thermal expansion up to 250 °C. The Invar 36® material also has good toughness and ductility. The low thermal expansion leads to a wide range of possible applications, for example in measuring instruments or in the optoelectronic industry. Component production using additive manufacturing processes enables additional added value through functional integration.
iron-nickel alloy-13912-invar36
Iron-nickel alloy 1.3912 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of iron-nickel alloy iron-based Invar36 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
485 ±20
-
Yield Strength Rp0.2
MPa
380 ±20
-
Elongation at Break A5
%
33 ±5
-
Young's Modulus E
GPa
140 ±10
-
Hardness
HV
150 ±2
-
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Element
Mass fraction [%]
Fe
Balance
Ni
35.0 - 37.0
Cr
≤ 0.50
Mn
≤ 0.50
Si
≤ 0.50
C
≤ 0.10
Other each
≤ 0.20
Other total
≤ 0.50
/wp-content/uploads/2025/04/Datasheet_1.3912.pdf
5.016
Fe
Iron base
Stainless steel
1.3964
AlSI XM19
qualified for prototypes
Stainless steel | 1.3964 | AlSI XM19
Metal 3D printing with steels and other iron-based materials offers the possibility of a wide range of applications due to the high material strength. From stainless steels and tool steels to heat-treatable steels, you are sure to find a material that meets the requirements for your application. If not, we can also qualify new materials for you.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The iron-based materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production.
With over 40 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications. The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production.
As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters.
edelstahl-13964-alsixm19
Stainless steel 1.3964 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel iron-based AlSI XM19 today.
5.018
Fe
Iron base
Stainless steel
1.4021
AISI 420
qualified for prototypes
Stainless steel | 1.4021 | AISI 420
Metal 3D printing with steels and other iron-based materials offers the possibility of a wide range of applications due to the high material strength. From stainless steels and tool steels to heat-treatable steels, you are sure to find a material that meets the requirements for your application. If not, we can also qualify new materials for you.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The iron-based materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production.
With over 40 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications. The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production.
As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters.
edelstahl-14021-aisi420
Stainless steel 1.4021 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel AISI 420 today.
5.001
Fe
Iron base
Stainless steel
1.4404
316L
ready for series production
Stainless steel | 1.4404 | 316L
The stainless austenitic steel 1.4404 has good corrosion resistance and can be used in the temperature range up to approx. 550 °C. Due to its additional resistance to intercrystalline corrosion up to 300 °C, this material is often used in the chemical and pharmaceutical industries as well as in the food industry. The material's good weldability makes it suitable for a wide range of applications in additive manufacturing processes.
stainless steel-14404-316l
Stainless steel 1.4404 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel iron-based 316L today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
650 ±30
580 ±30
Yield Strength Rp0.2
MPa
550 ±30
350 ±30
Elongation at Break A5
%
45 ±5
55 ±5
Young's Modulus E
GPa
185 ±5
190 ±5
Charpy Notch Toughness Av
J
130 ±10
-
Hardness
HV
210 ±5
175 ±5
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Element
Mass fraction [%]
Ni
10.0 - 13.0
Cr
16.0 - 18.0
N
≤ 0.1
Mo
2.0 - 2.5
C
≤ 0.03
Si
≤ 1.0
Mn
≤ 2.0
P
≤ 0.045
S
≤ 0.03
Fe
Balance
/wp-content/uploads/2025/04/Datasheet_316L.pdf
AM Pressure equipment (PDF)
/wp-content/uploads/2025/04/RE_4404_Rev3_en.pdf
5.017
Fe
Iron base
Duplex steel
1.4462
AISI 318LN
qualified for prototypes
Duplex steel | 1.4462 | AISI 318LN
Metal 3D printing with steels and other iron-based materials offers the possibility of a wide range of applications due to the high material strength. From stainless steels and tool steels to heat-treatable steels, you are sure to find a material that meets the requirements for your application. If not, we can also qualify new materials for you.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The iron-based materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production.
With over 40 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications. The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production.
As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters.
duplexstahl-14462-aisi318ln
Duplex steel 1.4462 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of duplex steel iron-based AISI 318LN today.
5.021
Fe
Iron base
Stainless steel
1.4521
AISI 444
initially qualified
Stainless steel | 1.4521 | AISI 444
Metal 3D printing with steels and other iron-based materials offers the possibility of a wide range of applications due to the high material strength. From stainless steels and tool steels to heat-treatable steels, you are sure to find a material that meets the requirements for your application. If not, we can also qualify new materials for you.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The iron-based materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production.
With over 40 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications. The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production.
As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters.
edelstahl-14521-aisi444
Stainless steel 1.4521 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel AISI 444 today.
5.006
Fe
Iron base
Stainless steel
1.4545
15-5 PH
ready for series production
Stainless steel | 1.4545 | 15-5 PH
AlSi1MgMn (3.2315) is a high-performance aluminum alloy known for its excellent mechanical properties, good corrosion resistance, and superior weldability. This material is particularly suitable for demanding applications in the aerospace, automotive, and construction industries, where components are exposed to various environmental conditions and require reliable performance. The alloy's composition, which includes silicon, magnesium, and manganese, enhances its mechanical properties, providing high strength and durability, making it ideal for producing structural components, aerospace parts, and high-performance automotive elements. At Rosswag, we utilize advanced open-die forging and precise machining techniques to process AlSi1MgMn (3.2315), ensuring components of the highest quality and performance. The combination of mechanical strength, corrosion resistance, and weldability makes AlSi1MgMn (3.2315) a preferred choice for industrial applications requiring robust and long-lasting materials.
edelstahl-14545-15-5ph
Stainless steel 1.4545 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel iron-based 15-5 PH today.
5.005
Fe
Iron base
Stainless steel
1.4828
AISI 309
ready for series production
Stainless steel | 1.4828 | AISI 309
The austenitic stainless steel 1.4828 is characterized by its high temperature resistance and strength. The material is scale-resistant up to approx. 1,000 °C and has good weldability. Due to these properties, the material is mostly used in furnace and apparatus construction. Additive manufacturing offers a wide range of possible applications with this material through functional integration, for example to produce high-performance heat exchangers.
edelstahl-14828-aisi309
Stainless steel 1.4828 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel AISI 309 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
710 ±10
-
Yield Strength Rp0.2
MPa
550 ±20
-
Elongation at Break A5
%
42 ±2
-
Young's Modulus E
GPa
190 ±5
-
Charpy Notch Toughness Av
J
95 ±5
-
Hardness
HV
225 ±5
-
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Element
Mass fraction [%]
C
≤ 0.20
Si
1.50 - 2.50
Mn
≤ 0.045
S
≤ 0.015
Cr
19.0 - 21.0
Ni
11.0 - 13.0
Ni
≤ 0.11
Fe
Balance
/wp-content/uploads/2025/04/Datasheet_AISI309.pdf
5.022
Fe
Iron base
Stainless steel
1.4901
X10CrWMoVNb9-2
initially qualified
Stainless steel | 1.4901 | X10CrWMoVNb9-2
EN AW-6082 is a high-strength aluminum alloy known for its excellent machinability, good corrosion resistance, and high fatigue strength. This material is widely used in the automotive and aerospace industries, as well as in structural applications like bridges and cranes, due to its ability to withstand heavy loads and harsh environments. The alloy's composition, which includes magnesium, silicon, and manganese, enhances its mechanical properties and makes it ideal for complex machining and forging processes. At Rosswag, we employ advanced open-die forging and precise machining techniques to process EN AW-6082, ensuring top-quality and high-performance components. The combination of strength, durability, and corrosion resistance makes EN AW-6082 a preferred choice for demanding industrial applications requiring reliable and robust aluminum solutions.
edelstahl-14901-x10crwmovnb9-2
Stainless steel 1.4901 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel iron-based X10CrWMoVNb9-2 today.
5.024
Fe
Iron base
Stainless steel
1.4906
X12CrMoWVNbN10-1-1
initially qualified
Stainless steel | 1.4906 | X12CrMoWVNbN10-1-1
Metal 3D printing with steels and other iron-based materials offers the possibility of a wide range of applications due to the high material strength. From stainless steels and tool steels to heat-treatable steels, you are sure to find a material that meets the requirements for your application. If not, we can also qualify new materials for you.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The iron-based materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production.
With over 40 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications. The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production.
As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters.
edelstahl-14906-x12crmowvnbn10-1-1
Stainless steel 1.4906 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of stainless steel iron-based X12CrMoWVNbN10-1-1 today.
5.020
Fe
Iron base
Chrome steel
1.4923
X22CrMoV12-1
initially qualified
Chrome steel | 1.4923 | X22CrMoV12-1
Metal 3D printing with steels and other iron-based materials offers the possibility of a wide range of applications due to the high material strength. From stainless steels and tool steels to heat-treatable steels, you are sure to find a material that meets the requirements for your application. If not, we can also qualify new materials for you.
Our metal 3D printing systems, based on Laser Powder Bed Fusion (LPBF) technology, process a wide variety of metal materials. The iron-based materials used can meet every requirement of your components in the areas of prototyping, toolmaking, special applications and series production.
With over 40 qualified metal materials, Rosswag Engineering offers a globally unique selection and therefore the right material for many metal 3D printing applications. The classification of materials in Technology Readiness Level (TRL) shows the degree of maturity of a material from initial qualification to series production.
As a customer, you benefit from our expertise in processing all materials in a holistic process chain with the appropriate process parameters.
chromstahl-14923-x22crmov12-1
Chrome steel 1.4923 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of chrome steel iron-based X22CrMoV12-1 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
No table with the name "Chrome steel 1.4923 properties" found.
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
No table with the name "Chromium steel 1.4923 composition" found.
/wp-content/uploads/2025/04/Datasheet_14923.pdf
5.007
Fe
Iron base
Tool steel
1.6356
Specialis® / M350
ready for series production
Tool steel | 1.6356 | Specialis® / M350
The maraging high-performance hot-work tool steel Specialis® is a newly developed alloy for LPBF processes and is available exclusively from Rosswag. The mechanical properties can be easily optimized through targeted heat treatments or plasma nitriding. The main advantages of Specialis® compared to other LPBF-processable tool steels are its high high-temperature strength and high hot hardness. Furthermore, the material has low thermal expansion, high corrosion and wear resistance and excellent polishability. This results in superior performance for applications in the field of functionally optimized and thermally stressed moulds, dies and tools.
werkzeugstahl-16356-specialism350
Tool steel 1.6356 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of tool steel Eisenbasis Specialis® / M350 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
(+) AT
(+)ST (+)AT
Tensile Strength Rm
Mpa
1145 ±11
2135 ±60
2355 ±90
Yield Strength Rp0.2
MPa
756 ±14
-
-
Elongation at Break A5
%
13.7 ±0.7
1.5 ±0.2
1.4 ±0.2
Hardness
HV
339 ±5
725 ±10
810 ±15
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
The heat-treated steel 1.7225, which is widely used in mechanical and plant engineering, has a high tensile strength and toughness, which is why it is often used for highly stressed components. The properties of the material can be adapted very flexibly to the loads that occur using downstream heat treatment processes. In additive manufacturing, specific alloy modifications and optimized process parameters must be used for defect-free processing due to the limited weldability.
vergütungsstahl-17225-42crmo4aisi4140
Heat treatable steel 1.7225 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of quenched and tempered iron-based steel 42CrMo4 / AISI 4140 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
MPa
1420 ± 20
-
Yield Strength Rp0.2
MPa
1280 ± 20
-
Elongation at Break A5
%
15 ± 1
-
Contraction at Break Z
%
50 ± 2
-
Hardness
HB
455 ± 2
-
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Element
Mass fraction [%]
C
0.38 - 0.45
Si
≤ 0.40
Mo
0.15 - 0.30
Mn
0.60 - 0.90
P
≤ 0.025
S
≤ 0.35
Cr
0.90 - 1.20
Fe
Balance
/wp-content/uploads/2025/04/Datasheet_1.7225.pdf
5.025
Ni
Nickel base
Nickel-based alloy
2.4654
Waspaloy®
initially qualified
Nickel-based alloy | 2.4654 | Waspaloy®
The Waspaloy alloy is an age-hardenable nickel-based superalloy with very good strength properties at temperatures up to approx. 980 °C. Due to its high oxidation resistance, the material is often used in gas turbines. Additive manufacturing also enables cross-industry applications through functional integration in high temperature ranges.
nickel-based alloy-24654-waspaloy
Nickel-based alloy 2.4654 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of nickel-based alloy Nickel-based Waspaloy® today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
-
1350 ±50
Yield Strength Rp0.2
MPa
-
1150 ±50
Elongation at Break A5
%
-
30 ±3
Hardness
HRC
-
36 ±3
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
The nickel-based alloy Hastelloy X has a high high-temperature strength and good oxidation resistance. The superalloy is frequently used in gas turbines and industrial furnaces. Due to its good resistance to stress corrosion cracking, the alloy is also used in the petrochemical industry. Additive manufacturing with downstream heat treatment processes enables a wide range of applications through functional integration.
nickel alloy-24665-hastelloyx
Nickel alloy 2.4665 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of nickel alloy nickel-based Hastelloy X today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
775 ±20
-
Yield Strength Rp0.2
MPa
600 ±20
-
Elongation at Break A5
%
20 ±5
-
Young's Modulus E
GPa
165 ±5
-
Hardness
HV
250 ±5
-
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Element
Mass fraction [%]
Ni
Balance
Cr
20.0 - 23.0
Fe
17.0 - 20.0
Mo
8.0 - 10.0
Co
0.50 - 2.50
Si
≤ 1.0
W
0.20 - 1.0
Mn
≤ 1.0
C
0.05 - 0.15
P
≤ 0.04
S
≤ 0.03
/wp-content/uploads/2025/04/Datasheet_2.4665.pdf
5.009
Ni
Nickel base
Nickel-based alloy
2.4668
Inconel® 718
ready for series production
Nickel-based alloy | 2.4668 | Inconel® 718
The nickel-based alloy Alloy 718 is suitable for use at high temperatures and under corrosive conditions. The superalloy is often used for compressor and turbine blades, for example in gas turbines or in the aerospace industry. Additive manufacturing with downstream heat treatment processes enables good control of the material properties, resulting in a wide range of applications.
nickel-based alloy-24668-inconel718
Nickel-based alloy 2.4668 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of nickel-based alloy Nickel-based Inconel® 718 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
1050 ±3
1500 ±30
Yield Strength Rp0.2
MPa
740 ±20
1350 ±20
Elongation at Break A5
%
28 ±3
10 ±3
Young's Modulus E
GPa
185 ±10
215 ±15
Charpy Notch Toughness Av
J
75 ±5
25 ±3
Hardness
HV
305 ±5
470 ±5
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Alloy 699 XA is a nickel-chromium-aluminum alloy with very good corrosion resistance. Its good weldability and unique resistance to metal dust in high-temperature corrosion make the material ideal for applications in the petrochemical industry, such as the synthesis gas production of hydrogen, ammonia and methanol, as well as the cooling of synthesis gas in the production of e-fuels. Combined with the advantages of additive manufacturing, VDM Alloy 699 can be used for demanding Power2X applications.
nickel-based alloy-24842-alloy699xa
Nickel-based alloy 2.4842 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of nickel-based alloy Nickel-based Alloy 699 XA today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
-
720 ±20
Yield Strength Rp0.2
MPa
-
320 ±15
Elongation at Break A5
%
-
57 ±3
Young's Modulus E
GPa
-
180 ±20
Charpy Notch Toughness Av
J
-
175 ±15
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
IN625 is a nickel-chromium-molybdenum-niobium alloy that offers excellent corrosion resistance to a wide range of corrosive media. It combines high strength, outstanding weldability and excellent creep rupture strength up to 700 °C. For example, Inconel 625 is used in aircraft engines and heat exchangers.
nickel-based alloy-24856-inconel625
Nickel-based alloy 2.4856 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of nickel-based alloy Nickel-based Inconel® 625 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
1020 ±30
1030 ±30
Yield Strength Rp0.2
MPa
700 ±30
660 ±20
Elongation at Break A5
%
37 ±5
40 ±5
Young's Modulus E
GPa
180 ±10
195 ±10
Hardness
HV
290 ±5
285 ±5
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
The material CoCr28Mo6 is a high-performance cobalt-chromium-molybdenum alloy that is used in particular in medical technology and the aerospace industry. The material from metal 3D printing is used particularly frequently in dental technology. It is characterized by its exceptional corrosion resistance, high mechanical strength and outstanding biocompatibility.
cobalt-chrom-24979-cocr28mo6
Cobalt-Chromium 2.4979 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of Cobalt-Chromium Other materials CoCr28Mo6 today.
5.012
Al
Other materials
Aluminum alloy
3.2382
AlSi10Mg
ready for series production
Aluminum alloy | 3.2382 | AlSi10Mg
AlSi10Mg is an aluminum casting alloy that is particularly suitable for thin-walled and complex geometries. Due to its good material properties and high construction rate, it is also used as a universal alloy. The alloy is used in the automotive industry, aerospace, motorsport and for functional prototypes, among others.
aluminum-alloy-32382-alsi10mg
Aluminum alloy 3.2382 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of aluminum alloy Other materials AlSi10Mg today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
475 ±15
260 ±15
Yield Strength Rp0.2
MPa
295 ±15
150 ±10
Elongation at Break A5
%
7 ±2
12 ±2
Young's Modulus E
GPa
75 ±5
60 ±5
Hardness
HV
130 ±5
85 ±5
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
TiAl6V4 is one of the most commonly used titanium alloys and is characterized by its high specific strength and excellent corrosion resistance. Also due to its good weldability, titanium grade 23 is mostly used in the aerospace industry, in the automotive industry and also in medical technology due to its excellent biocompatibility. In combination with the titanium alloy, additive manufacturing technology offers a wide range of possibilities for lightweight construction.
titanlegierung-37165-tial6v4
Titanium alloy 3.7165 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of titanium alloy Other materials TiAl6V4 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
1280 ±20
960 ±20
Yield Strength Rp0.2
MPa
1110 ±20
875 ±20
Elongation at Break A5
%
9 ±1
14 ±1
Young's Modulus E
GPa
115 ±5
125 ±5
Charpy Notch Toughness Av
J
12 ±2
30 ±2
Hardness
HV
365 ±5
305 ±5
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
Element
Mass fraction [%]
Al
5.5 - 6.75
V
3.5 - 4.5
Fe
≤ 0.30
O
≤ 0.20
C
≤ 0.08
N
≤ 0.50
H
≤ 0.015
Other
≤ 0.40
Ti
Balance
/wp-content/uploads/2025/04/Datasheet_TiAl6V4.pdf
5.013
Al
Other materials
Aluminum alloy
AA8A61.50
Aheadd CP1
ready for series production
Aluminum alloy | AA8A61.50 | Aheadd CP1
The aluminum alloy AHEADD® CP1 from Constellium has many advantageous properties, in particular high strength and ductility, excellent thermal and electrical conductivity. The alloy also has high productivity and offers the possibility of anodizing. The thermal properties in particular make the material very attractive for heat exchangers and heat exchangers, and AHEADD® CP1 has been approved for Formula 1 since 2024.
aluminum alloy-aa8a6150-aheaddcp1
Aluminum alloy AA8A61.50 characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of aluminum alloy Other materials Aheadd CP1 today.
Rosswag offers the industry's largest material portfolio: Explore the qualities of 14404 stainless steel 316L today.
Properties
Unit
As built 1)
Heat-treated 2)
Tensile Strength Rm
Mpa
-
355 ±10
Yield Strength Rp0.2
MPa
-
325 ±10
Elongation at Break A5
%
-
14 ±2
Young's Modulus E
GPa
-
14 ±2
Charpy Notch Toughness Av
J
-
14 ±2
Hardness
HBW
-
60 ±5
Rosswag Engineering offers a globally unique process chain for the additive manufacturing of metallic components. The service portfolio ranges from tool and prototype production with small quantities to specific consulting for the qualification of material, parameters and process chain
The nickel-based superalloy ABD900 is an age-hardenable high-performance alloy that was specially developed for use in powder bed fusion. It is characterized by high creep and tensile strength as well as excellent corrosion and oxidation resistance. In the hardened state, it can be used at temperatures of up to 900°C. Its excellent creep rupture strength is comparable to alloys 939 and Ni 738, while at the same time exhibiting high resistance to cracking during production and heat treatment.
nickel-abd-900am
Nickel ABD®-900 AM characteristics & Data Sheets
Rosswag offers the industry's largest material portfolio: Explore the qualities of nickel-based ABD®-900 AM today.
Main element
Material category
Material no.
Qualification level
Materials
World's fastest material qualification
With over 100 years of experience in processing more than 400 different materials for the production of forged components, we are familiar with the challenges our end customers face with regard to application-specific material properties.
