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High-Performance
Metal Materials

Giving engineers & designers, the ability to reduce tooling costs, enhance design freedom, and improve lead times.

3D Printing Materials Portfolio

Our wide range of metal materials are the first step toward high-quality results. Through careful testing and validation, our metal powders are highly optimised, and when paired with corresponding parameter sets, will yield results that meet the highest industry standards.
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CL 20ES
Stainless Steel

Stainless steel (powder), chemical composition according to 1.4404, X 2 CrNiMo 17 13 2, 316L

Common Applications

CL 20ES is an authentic stainless steel for the production of functional part or components for pre-production moulds.

stainlesssteel
Chemical Composition
Component
Indicative value (%)
Fe
Balance
Cr
16.5 - 18.5
Ni
10.0 - 13.0
Mo
2.0 - 2.5
Mn
0 - 2.0
Si
0 - 1.0
P
0 - 0.045
C
0 - 0.0030
S
0 - 0.0030
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CL 30AL / CL 31AL
Aluminium Alloy

Aluminium alloy (powder), chemical composition CL 30AL according to DIN EN 1706 AlSi12(a), CL 31 AL according to DIN EN 1706 AlSi10Mg(b).

Common Applications

CL 30AL and CL 31AL are common aluminium alloys for manufacturing lightweight components in the field of automotive and aerospace industries.

nickel basedalloy625
Chemical Composition
Component
CL 30AL
Indicative value (%)
CL 31AL
Indicative value (%)
Al
Balance
Balance
Si
10,5 – 13,5
9,0 – 11,0
Mg
0 – 0,05
0,20 – 0,45
Fe
0 – 0,55
0 – 0,55
Mn
0,35
5 0 – 0,45
Ti
0 – 0,15
0 – 0,15
Cu
0 – 0,05
0 – 0,10
Zn
0 – 0,10
0 – 0,10
C
0 – 0,05
0 – 0,05
Ni
0 – 0,05
0 – 0,05
Pb
0 – 0,05
0 – 0,05
Sn
0 – 0,05
0 – 0,05
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CL 41TI ELI
Titanium Alloy

Titanium alloy Ti6Al4V (powder) chemical composition et al. according to ASTM F136-02a (ELI Grade 23)

Common Applications

CL 41TI ELI is a titanium alloy for the production of lightweight components in the fi eld of motorsport and aerospace industries as well as implants in the medical technology field.

titaniumalloy
Chemical Composition
Component
CL 41TI ELI
Indicative value (%)
Ti
Balance
Al
5,5 - 6,5
V
3,5 - 4,5
Fe
0 - 0,25
C
0 - 0,08
O
0 - 0,13
N
0 - 0,05
H
0 - 0,012
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CL 42TI
Commercially Pure Titanium

Commercially Pure Titanium in powder form, chemical composition includes ASTM F67 and ASTM B348 grade 2

Common Applications

CL 42TI is a titanium alloy used in the manufacture of implants for the medical industry as well as in lightweight components for the aaviation industry.

titaniumalloy
Chemical Composition
Component
CL 41TI ELI
Indicative value (%)
Ti
Balance
Fe
0 – 0,30
C
0 – 0,08
O
0 – 0,25
N
0 – 0,03
H
0 – 0,015
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CL 80CU
Bronze Alloy

Bronze alloy in powder form

Common Applications

The bronze alloy CL 80CU is a material whose melting properties make it outstandingly suited to generative processing.

bronzealloy
Chemical Composition
Component
CL 80CU
Indicative value (%)
Cu
90
Sn
10
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CL 50WS
Hot-Work Steel

Hot-work steel 1.2709 (powder)

Common Applications

CL 50WS is a powder material for the production of components for tool inserts with conformal cooling. These tool inserts can be used for series injection moulding as well as for die-casting. Furthermore the material can also be used for functional components.

managinghot worksteel
Chemical Composition
Component
CL 50WS
Indicative value (%)
Fe
Balance
C
< 0,03
Si
< 0,10
Mn
< 0,15
P
< 0,010
S
< 0,010
Cr
< 0,25
Mo
4,50 - 5,20
Ni
17,0 - 19,0
Ti
0,80 - 1,20
Co
8,50 - 10,0
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CL 91RW
Stainless Hot-Work Steel

Stainless hot-work steel (powder)

Common Applications

CL 91RW is a hard stainless steel with high chrome content. This material is used for production of mould components for high volume injection moulding. Furthermore the material can also be used for stainless functional components with high loads.

stainlesshot worksteel
Chemical Composition
Component
CL 50WS
Indicative value (%)
Fe
Balance
C
< 0,03
Si
0,3
Mn
0,3
Cr
12
Ni
9,2
Mo
1,4
Al
1,6
Ni
17,0 - 19,0
Ti
0,80 - 1,20
Co
8,50 - 10,0
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CL 92PH
Precipitation Hardening Stainless Steel

Precipitation hardening stainless steel powder (17-4 PH), chemical composition according to ASTM A564 / A564M – 13 UNS S17400

Common Applications

CL 92PH is a precipitation hardening stainless steel for the production of functional parts or medical instruments.

PHstainlesssteel
Chemical Composition
Component
CL 92PH
Indicative value (%)
Fe
Balance
C
0 – 0,07
Mg
0 – 1,00
P
0 – 0,04
S
0 – 0,03
Si
0 – 1,00
Cr
15,00 – 17,50
Ni
3,00 – 5,00
Cu
3,00 – 5,00
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CL 101NB
Nickel-Based Alloy

Nickel-based alloy powder (Inconel 718), chemical composition according to ASTM B 637 UNS 07718

Common Applications

CL 100NB is a nickel-based alloy for the production of components for high-temperature applications.

nickel basedalloy
Chemical Composition
Component
CL 100NB
Indicative value (%)
Ni
Balance
Cr
50,0 – 55,0
Nb
17,0 – 21,0
Mo
4,75 – 5,50
Ti
2,80 – 3,30
Al
0,65 – 1,15
Co
0,0 – 1,0
C
0,0 – 0,08
Mn
0,00 – 0,35
Si
0,00 – 0,35
P
0,000 – 0,015
S
0,000 – 0,015
B
0,000 – 0,006
Cu
0 – 0,3
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CL 100NB
Nickel-Based Alloy

Nickel-based alloy powder (Inconel 625), chemical composition according to ASTM B446-03 UNS N06625

Common Applications

CL 101NB is a nickel-based alloy for the production of components for high-temperature applications.
nickel basedalloy625
Chemical Composition
Component
CL 101NB
Indicative value (%)
Ni
Balance
Cr
20,0 – 23,0
Nb + Ta
3,15 – 4,15
Mo
8,0 – 10,0
Fe
0,0 – 5,0
Ti
0,00 – 0,40
Al
0,00 – 0,40
Co
0,0 – 1,0
C
0,0 – 0,1
Mn
0,00 – 0,50
Si
0,00 – 0,50
P
0,000 – 0,015
S
0,000 – 0,015
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Remanium® Star CL
Powered by Dentaurum

CoCrW-alloy (powder) acc. to EN ISO 9693/DIN EN ISO 22674, Type 5 CE 0483

Common Applications

remanium® star CL is a CoCrW alloy for the production of metallic restaurations by means of the metal laser melting process. remanium® star CL is approved for use on laser melting machines from the company Concept Laser GmbH.

biocompatiblecocrw
Chemical Composition
Component
remanium® star CL
Mass (%)
Co
60, 5
Cr
28
W
9
Si
1, 5
Other elements
1 %: Mn, N, Nb, Fe. free from nickel, beryllium and gallium
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Rematitan® CL
Powered by Dentaurum

Titanium alloy (powder) acc. to EN ISO 9693/DIN EN ISO 22674, Type 4 CE 0483

Common Applications

rematitan® CL is a TiAlV-alloy for the production of metallic restaurations by means of the metal laser melting process. rematitan® CL is approved for use on laser melting machines from the company Concept Laser GmbH.
biocompatibleti6a14valloy
Chemical Composition
Component
remanium® star CL
Mass (%)
Ti
90
AI
6
V
4
Other elements
<1 %: N, C, H, Fe, O
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