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TSP 23
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| AISI ≈ M 3 type 2 (PM) |
| AFNOR |
|
X 130 W Mo Cr V 06. 05. 04. 03 |
| NF EN 10027-1 11/05 |
|
PM 6-5-3 |
| AISI |
|
~ M 3 type 2 (PM) |
| Chemical Composition |
|
typical analysis in %
|
| C |
Cr |
Mo |
V |
W |
| 1,28 |
4,25 |
5,00 |
3,10 |
6,40 |
|
| Steel properties |
| TSP 23 is a high steel, produced by powder metallurgy. It has a very good resistance combined with a high toughness. Its manufacturing process by powder metallurgy enables a high dimensional stability after heat treatment. TSP 23 is an excellent substrate for CVD and PVD coatings. All nitriding processes can be used. |
|
| Applications |
TSP 23 is specifically employed for cold working tools, blanking tools, deep drawing tools and fine blanking tools. It can be used universally for punches as well as dies.
TSP 23 is also often encountered in many cutting tools applications (hobs, broaches, sharper cutters) |
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TSP 4
|
| AISI ≈ M 4 (PM) |
| AFNOR |
|
X 130 W Mo Cr V 06. 05. 04. 04 |
| NF EN 10027-1 11/05 |
|
PM 6-5-4 |
| AISI |
|
~ M 4 (PM) |
| Chemical Composition |
|
typical analysis in %
|
| C |
Cr |
Mo |
V |
W |
| 1,30 |
4,25 |
4,75 |
4,10 |
5,40 |
|
| Steel properties |
| TSP 4 is a high steel, produced by powder metallurgy standing out from the current cold work grades by its high vanadium content. It has an excellent toughness, combined with a much higher wear resistance than that of other M 3/2 type steels. Its manufacturing process by powder metallurgy enables a high dimensional stability after heat treatment. |
|
| Applications |
TSP 4 is specifically employed for cold working tools, blanking tools, deep drawing tools and fine blanking tools. It can be used universally for punches as well as dies.
TSP 4 is also often encountered in many cutting tools applications (hobs, broaches, sharper cutters) |
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TSP 30
|
| AISI - |
| AFNOR |
|
X 130 Co W Mo Cr V 09. 06. 05. 04. 03 |
| NF EN 10027-1 11/05 |
|
PM 6-5-3-9 |
| Chemical Composition |
|
typical analysis in %
|
| C |
Cr |
Mo |
V |
W |
Co |
| 1,30 |
4,25 |
5,00 |
3,20 |
6,30 |
8,50 |
|
| Steel properties |
| TSP 30 is a high-carbon tungsten / molybdenum / cobalt high-speed steel produced by powder metallurgy with a very high resistance and a superior toughness. It has a good grindability. Its manufacturing process by powder metallurgy enables a high dimensional stability after heat treatment. |
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| Applications |
TSP 30 is also often encountered in many cutting tools applications (hobs, broaches, sharper cutters, special minig cutters, reamers, taps, helical twist drills, thread rolls, shearing tools etc.)
TSP 30 is also often encountered in cold work applications for producing dies and punches. |
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TSP 5
|
| AISI - |
| AFNOR |
|
X 160 W Co V Cr Mo 10. 08. 05. 04. 02 |
| NF EN 10027-1 11/05 |
|
PM 10-2-5-8 |
| Chemical Composition |
|
typical analysis in %
|
| C |
Cr |
Mo |
V |
W |
Co |
| 1,60 |
4,75 |
2,30 |
5,10 |
10,0 |
7,90 |
|
| Steel properties |
TSP 5 is a high-carbon tungsten / molybdenum / cobalt high-speed steel produced by powder metallurgy with a very high resistance and an excellent toughness. Hardness values obtained are higher than those for conventional high-carbon high-speed steel owing to the chemical composition and the type of generated carbide.
Its manufacturing process by powder metallurgy enables a high dimensional stability after heat treatment. |
|
| Applications |
TSP 5 is also often encountered in many cutting tools for machining hard and abrasive materials. Its is often encountered in the manufacture of tools such as broaches and hobs.
TSP 5 can also be found in cold work applications requiring high resistance to wear and compression : dies, punches, flow forming rollers, etc. |
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