1. Die Materials Specification Task Group
Conducted by the Die Materials Specification Subcommittee June 12th & 13th, 2007
Die Steel Quality & Heat Treatment Acceptance Criteria

2. Die Materials Specification Task Group

3. Die Materials Specification Task Group

4. Die Materials Specification Task Group
Carpenter Pyrotough 78
Lo Cr, Hi Mo
0.005 max
2.10
0.80
4.45
1.45
1.00
0.40
Die Materials Specification Task Group

5. Die Materials Specification Task Group

6. Die Materials Specification Task Group

7. Die Materials Specification Task Group

8. Die Materials Specification Task Group

9. Die Materials Specification Task Group

10. Die Materials Specification Task Group

11. Die Materials Specification Task Group

12. Die Materials Specification Task Group

13. Die Materials Specification Task Group
Carpenter Pyrotough 78
Lo Cr, Hi Mo
0.005 max
2.10
0.80
4.45
1.45
1.00
0.40
Die Materials Specification Task Group

14. Die Materials Specification Task Group
Carpenter Pyrotough 78
Lo Cr, Hi Mo
0.005 max
2.10
0.80
4.45
1.45
1.00
0.40
Die Materials Specification Task Group

15. Die Materials Specification Task Group
Carpenter Pyrotough 78
Lo Cr, Hi Mo
0.005 max
2.10
0.80
4.45
1.45
1.00
0.40
Die Materials Specification Task Group

16. Die Materials Specification Task Group

17. Die Materials Specification Task Group

18. Die Materials Specification Task Group

19. Die Materials Specification Task Group

20. Die Materials Specification Task Group

21. Die Materials Specification Task Group
Carpenter Pyrotough 78
Lo Cr, Hi Mo
0.005 max
2.10
0.80
4.45
1.45
1.00
0.40
Die Materials Specification Task Group

22. Die Materials Specification Task Group
Carpenter Pyrotough 78
Lo Cr, Hi Mo
0.005 max
2.10
0.80
4.45
1.45
1.00
0.40
Die Materials Specification Task Group

23. Die Materials Specification Task Group
Carpenter Pyrotough 78
Lo Cr, Hi Mo
0.005 max
2.10
0.80
4.45
1.45
1.00
0.40
Die Materials Specification Task Group

24. Die Materials Specification Task Group
Possible NADCA Sponsored Projects:
Impact toughness & thermal fatigue resistance of the new grades listed in #
~$25K - $100K
Comparative study of heat checking resistance between Premium Grade H13 with lower bainitic and martensitic structures
$25K
Optimization of the tempering time/temperature process
$ ?