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Work Hardening
Kladex H6-O/G/S
C
Mn
0.10
6.0
Si
0.50
Cr
19.0
Ni
9.00
Fe
Balance
Hardness
180HB-200HB (as welded)
400HB-450HB(work hardened)
Classification
EN 14700 T Fe10 200/50 CKPRZ
Kladex H14-O/G
C
Mn
1.00
14.0
Si
0.50
Cr
-
Ni
-
Fe
Balance
Hardness
200HB-220HB (as welded)
400HB-440HB (work hardened)
Classification
EN 14700 T Fe9 200/50 KNP
Kladex H15-O
C
Mn
1.00
15.0
Si
0.50
Cr
3.50
Ni
1.00
Fe
Balance
Hardness
200HB-240HB (as welded)
400HB-440HB (work hardened)
Classification
EN 14700 T Fe9 250/50 KNP
Kladex H16-O/G/S
C
Mn
0.40
16.0
Si
0.50
Cr
14.0
Ni
-
Fe
Balance
Hardness
210HB-250HB (as welded)
400HB-460HB (work hardened)
Classification
EN 14700 T Fe9 250/50 CKNPR
Low and Medium Alloys
Kladex L25-O/G/S
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.10
1.50
0.70
1.50
-
0.20
-
-
Balance
Hardness
250 HB
Classification
EN 14700 T Fe1 250 P
Kladex L28-S
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.06
1.10
0.50
1.00
1.80
0.40
-
-
Balance
Hardness
250-270 HB
Classification
EN 14700 T Fe1 250 P
Kladex L35-O/G/S
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.15
1.50
0.70
2.00
-
0.20
-
-
Balance
Hardness
350 HB
Classification
EN 14700 T Fe1 350 P
Kladex L40-O/G/S
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.20
2.00
0.80
3.00
-
-
-
-
Balance
Hardness
390-400 HB
Classification
EN 14700 T Fe1 400 P
Kladex L45-O/G/S
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.40
1.50
0.70
2.50
-
0.50
-
-
Balance
Hardness
450 HB
Classification
EN 14700 T Fe1 45 P
Kladex L55-O/G/S
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.50
1.50
2.50
8.50
-
-
-
-
Balance
Hardness
55 HRC
Classification
EN 14700 T Fe2 55 GSP
Kladex L60-O
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.50
1.20
0.70
6.00
-
0.70
-
-
Balance
Hardness
55-60 HRC
Classification
EN 14700 T Fe2 55 GSP
Kladex L55-O/G/S
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.50
1.30
1.30
5.60
-
1.30
1.30
0.30
Balance
Hardness
57-62 HRC
Classification
EN 14700 T Fe2 55 GSP
Kladex L65-G
C
Mn
Si
Cr
Ni
Mo
W
V
Fe
0.50
1.30
1.30
5.60
-
1.30
1.30
0.30
Balance
Hardness
57-62 HRC
Classification
EN 14700 T Fe2 55 GSP
Tool Steels
Kladex T34-G
C
Mn
0.10
1.25
Si
1.40
Cr
2.10
Mo
9.00
W
-
Ni
-
Co
-
V
-
Fe
Balance
Hardness
32-36 HRC
Classification
EN 14700 TFe1
Kladex T41-O/G/S
C
Mn
0.15
0.40
Si
0.70
Cr
14.5
Mo
2.50
W
-
Ni
0.50
Co
12.5
V
-
Fe
Balance
Hardness
40-47 HRC
Classification
EN 14700 T ZFe3 45 CRTZ
Kladex T44-O/G/S
C
Mn
0.25
2.00
Si
0.80
Cr
6.50
Mo
1.50
W
1.50
Ni
-
Co
-
V
-
Fe
Balance
Hardness
42-45 HRC
Classification
EN 14700 TFe3 45 SPT
Kladex T48-G
C
Mn
0.14
0.90
Si
0.60
Cr
10.0
Mo
2.20
W
1.50
Ni
1.60
Co
-
V
0.05
Fe
Balance
Hardness
46-49 HRC
Classification
EN 14700 T ZFe3
Kladex T51-S
C
Mn
0.30
1.20
Si
0.50
Cr
3.00
Mo
-
W
9.00
Ni
-
Co
-
V
0.40
Fe
Balance
Hardness
50-55 HRC
Classification
EN 14700 TFe3 50 STZ
Kladex T52-S
C
Mn
0.40
1.20
Si
0.60
Cr
6.00
Mo
1.30
W
0.90
Ni
-
Co
-
V
1.30
Fe
Balance
Hardness
52-57 HRC
Classification
EN 14700 T ZFe3
Kladex T54-O/G/S
C
Mn
0.50
2.00
Si
0.80
Cr
6.50
Mo
1.50
W
1.50
Ni
-
Co
-
V
-
Fe
Balance
Hardness
52-58 HRC
Classification
EN 14700 T Fe3 55 GST
Anti-Abraison
Kladex W5-O
C
Mn
5.00
1.00
Si
0.80
Cr
19.0
Mo
-
W
-
Ni
-
B
-
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
58-60 HRC
Classification
EN 14700 T ZFe14 60 GC
Kladex W10-O
C
Mn
5.00
1.50
Si
1.50
Cr
27.0
Mo
-
W
-
Ni
-
B
-
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
57-60 HRC
Classification
EN 14700 T Fe15 60 GCZ
Kladex W18-O
C
Mn
3.00
1.50
Si
1.20
Cr
8.00
Mo
1.00
W
-
Ni
-
B
-
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
49-54 HRC
Classification
EN 14700 T ZFe6
Kladex W20-O
C
Mn
5.00
0.50
Si
1.20
Cr
27.0
Mo
1.20
W
-
Ni
-
B
-
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
57-60 HRC
Classification
EN 14700 T Fe14 60 G
Kladex W25-O
C
Mn
3.50
0.20
Si
1.00
Cr
32.0
Mo
0.50
W
-
Ni
-
B
-
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
58-60 HRC
Classification
EN 14700 T Fe14 60 GCZ
Kladex W35-O
C
Mn
5.00
0.50
Si
1.20
Cr
21.0
Mo
-
W
-
Ni
-
B
0.5
Nb
5.0
V
Ti
-
-
Fe
Balance
Hardness
6-64 HRC
Classification
EN 14700 T Fe15 60 GCZ
Kladex W36-O
C
Mn
5.00
0.50
Si
0.70
Cr
22.0
Mo
-
W
-
Ni
-
B
-
Nb
7.00
V
Ti
-
-
Fe
Balance
Hardness
61-65 HRC
Classification
EN 14700 T Fe15 65 GCZ
Kladex W38-O
C
Mn
5.50
0.50
Si
1.20
Cr
29.0
Mo
1.20
W
-
Ni
-
B
-
Nb
3.00
V
Ti
-
-
Fe
Balance
Hardness
59-63 HRC
Classification
EN 14700 T Fe15 60 G
Kladex W41-O
C
Mn
0.50
2.00
Si
1.30
Cr
-
Mo
-
W
-
Ni
2.00
B
4.50
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
62-65 HRC
Classification
EN 14700 T ZFe13 65 G
Kladex W44-O
C
Mn
2.50
2.00
Si
0.60
Cr
11.6
Mo
-
W
-
Ni
-
B
2.20
Nb
5.00
V
Ti
-
-
Fe
Balance
Hardness
62-68 HRC
Classification
EN 14700 T ZFe13 65 GT
Kladex W50-O
C
Mn
5.50
1.20
Si
1.50
Cr
29.0
Mo
-
W
-
Ni
-
B
0.40
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
58-62 HRC
Classification
EN 14700 T Fe15 60 GCZ
Kladex PL60-O
C
Mn
5.80
1.20
Si
1.50
Cr
30.0
Mo
-
W
-
Ni
-
B
-
Nb
-
V
Ti
-
-
Fe
Balance
Hardness
58-61 HRC
Classification
EN 14700 T Fe15 60 GCZ
Kladex PL62-O
C
Mn
5.30
0.50
Si
0.70
Cr
22.0
Mo
-
W
-
Ni
-
B
-
Nb
7.00
V
Ti
-
-
Fe
Balance
Hardness
61-65 HRC
Classification
EN 14700 T Fe15 65 GCZ
Kladex PL64-O
C
Mn
5.50
0.50
Si
1.50
Cr
22.0
Mo
5.50
W
2.00
Ni
-
B
-
Nb
6.00
V
Ti
1.00
-
Fe
Balance
Hardness
63-66 HRC
Classification
EN 14700 T Fe16 65 GCZ
Kladex W71-O
C
Mn
1.80
1.20
Si
0.70
Cr
6.50
Mo
0.80
W
-
Ni
-
B
-
Nb
-
V
Ti
-
5.00
Fe
Balance
Hardness
54-58 HRC
Classification
EN 14700 T Fe8 55 GP
Kladex W74-O
C
Mn
5.00
0.50
Si
0.90
Cr
21.0
Mo
1.80
W
0.70
Ni
-
B
0.40
Nb
5.00
V
Ti
0.20
-
Fe
Balance
Hardness
62-68 HRC
Classification
EN 14700 T Fe16 65 GCZ
Kladex W76-O
C
Mn
5.50
0.50
Si
1.00
Cr
21.5
Mo
5.00
W
1.00
Ni
-
B
-
Nb
6.00
V
Ti
0.40
-
Fe
Balance
Hardness
62-66 HRC
Classification
EN 14700 T Fe16 65 GCZ
Kladex W78-O
C
Mn
5.00
0.50
Si
1.20
Cr
22.0
Mo
-
W
-
Ni
-
B
-
Nb
-
V
Ti
10.0
-
Fe
Balance
Hardness
62-66 HRC
Classification
EN 14700 T Fe16 65 GCZ
Kladex W80-O
C
Mn
5.50
0.50
Si
1.50
Cr
22.0
Mo
5.50
W
2.00
Ni
-
B
-
Nb
6.00
V
Ti
1.00
-
Fe
Balance
Hardness
63-66 HRC
Classification
EN 14700 T Fe16 65 GCZ
Martensitic/ Ferritic
Kladex M10-O/G/S
C
Mn
0.08
0.50
Si
0.30
Cr
13.00
Ni
-
Mo
-
Nb
-
V
-
W
-
N
Fe
-
Balance
Hardness
40- 43 HRC
Classification
EN 14700 T Fe7 CZ
Kladex M20-O/G/S
C
Mn
0.30
1.00
Si
1.00
Cr
13.00
Ni
-
Mo
-
Nb
-
V
-
W
-
N
Fe
-
Balance
Hardness
48-52 HRC
Classification
EN 14700 T Fe8 C
Kladex M21-O/G/S
C
Mn
0.30
1.00
Si
1.00
Cr
13.00
Ni
-
Mo
0.90
Nb
-
V
-
W
-
N
Fe
-
Balance
Hardness
50-52 HRC
Classification
EN 14700 T Fe8 C
Kladex M22-O/G/S
C
Mn
0.35
1.20
Si
0.80
Cr
13.00
Ni
1.50
Mo
0.50
Nb
-
V
-
W
0.35
N
Fe
-
Balance
Hardness
50-54 HRC
Classification
EN 14700 T Fe7
Kladex M30-O/G/S
C
Mn
0.06
1.00
Si
0.60
Cr
17.50
Ni
-
Mo
-
Nb
-
V
-
W
-
N
Fe
-
Balance
Hardness
200 HB
Classification
EN 14700 T Fe7 CZ
Kladex M40-O/G/S
C
Mn
0.05
0.80
Si
0.60
Cr
13.00
Ni
4.00
Mo
0.50
Nb
-
V
-
W
-
N
Fe
-
Balance
Hardness
38-42 HRC
Classification
EN 14700 T Fe7 CZ
Kladex M41-G/S
C
Mn
0.10
1.00
Si
0.50
Cr
12.80
Ni
2.50
Mo
1.10
Nb
+
V
+
W
-
N
Fe
-
Balance
Hardness
40-45 HRC
Classification
EN 14700 T Fe7 CZ
Kladex N2-O/G/S
C
Mn
0.06
1.00
Si
0.80
Cr
13.00
Ni
4.00
Mo
+
Nb
+
V
-
W
-
N
Fe
+
Balance
Hardness
40-44 HRC
Classification
EN 14700 T Fe7 CZ
Kladex CrN2-O/G/S
C
Mn
0.06
1.00
Si
0.60
Cr
17.00
Ni
3.00
Mo
-
Nb
+
V
-
W
-
N
Fe
+
Balance
Hardness
200 HB
Classification
EN 14700 T Fe7 CZ
Kladex SCN2-O/G/S
Special product please contact us for further information
Kladex M2N-O/G/S
This alloy is specially designed to achieve Kladex N2 composition in
2 layers
Kladex M1N-O/G/S
This alloy is specially designed to achieve Kladex N2 composition in
1 layer
Kladex CoN2-O/G/S
Special product please contact us for further information
Kladex AHN2-O/G/S
Special product please contact us for further information
Kladex M2-O/G/S
This alloy is specially designed to achieve Kladex M41 composition in 2 layers
Kladex M1-O/G/S
This alloy is specially designed to achieve Kladex M41 composition in
1 layer
Tungsten Carbide
Kladex NITC
The deposit alloy consists of approximately 50 - 65 % Fused Tungsten Carbide and 35 - 50 % Ni-Cr-B-Si-matrix
Hardness
FTC 2,360 HC
Matrix 450-480 HV
Classification
DIN EN 14700 TNi20 CGTZ
Kladex NITC-Prime
The deposit alloy consists of approximately 50 - 65 % Spherical Tungsten Carbide and 35 - 50 % Ni-Cr-B-Si-matrix
Hardness
STC 3,000 HV
Matrix 450-480 HV
Classification
DIN EN 14700 TNi20 CGTZ
Cobalt Base Alloys
Kladex C1
C
Si
Cr
Ni
Mo
W
Fe
Co
2.45
<2.0
28.0
<3.0
<1.0
11.5
<5.0
Balance
Hardness
50-55 HRC
Classification
DIN EN 14700 T Co3 / DIN 8555 MF 20-55-CGTZ
Kladex C6
C
Si
Cr
Ni
Mo
W
Fe
Co
1.20
<2.0
30.0
<3.0
<1.0
4.50
<5.0
Balance
Hardness
38-44 HRC
Classification
DIN EN 14700 T Co2 / DIN 8555 MF 20-45-CTZ
Kladex C12
C
Si
Cr
Ni
Mo
W
Fe
Co
1.55
<2.0
29.0
<3.0
<1.0
8.00
<5.0
Balance
Hardness
45-50 HRC
Classification
DIN EN 14700 T Co3 / DIN 8555 MF 20-50 CTZ
Kladex C21
C
Si
Cr
Ni
Mo
W
Fe
Co
0.25
<1.5
28.0
3.00
5.20
-
<5.0
Balance
Hardness
28-40 HRC
Classification
DIN EN 14700: T Co1 / DIN 8555: MF 20-350-CKTZ
Kladex C21LC
C
Si
Cr
Ni
Mo
W
Fe
Co
0.10
<1.5
26.0
4.00
6.00
-
<5.0
Balance
Hardness
25-40 HRC
Classification
DIN EN 14700 T Co1 / DIN 8555 MF 20-350-CKTZ
Kladex C25
C
Si
Cr
Ni
Mo
W
Fe
Co
0.10
<1.5
20.0
10.0
<1.0
14.0
<3.0
Balance
Hardness
20-45 HRC
Classification
DIN EN 14700 T Z Co1 / DIN 8555 MF 20-300-CKTZ
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