Product Description
1. INVESTIGATION INTO DRYING BEHAVIOUR OF WATER BASED SLURRIES- S. JONES
2. ISOTHERMAL DRYING OF SHELLS- B KREIGER/ J SVBODA
3. DRYING CHARACTERSTICS OF WATER BASED SHELL-S LEYLAND
4. PANEL DISCUSSIONS ON SHELL CRACKING-F. BERCHIOLLY
5. THERMAL PROFILES AND EFFECT OF MOISTURE…DEWAX- S JONES
6. PERMEABLE PRIME COATS:EFFECT ON DEWAX CRACKING0 J SNOW/ D SCOTT
7. TECHNIQUES OF MOULD DEWAXING- H PICKARD
8. DEWAX AUTOCLAVE-M. PICKARD
9. FROM 7 DAYS TO 7 HOURS- J SCHDLICH-STUBENRAUCH
10. AUTOCLAVE AND FLASH FIRE DEWAX METHODS- D MARION
11. PARAMETRIC MODELING OF THE AUTOCLAVE DEWAXING PROCESS- E DRUSCHITZ/
P SCARBER/A DRUSCHITZ
12. INNOVATIVEDEWAX METHOD UNLOCKS POTENTIAL- T BRANSCOMB
13. AUTOCLAVE DEWAXING- M.PICKARD- WCIC 2nd
14. AUTOCLAVE NG FOR GENTLE DEWAXING- MK
15. CHARACTERISATION OF RAPID SHELL
16. MICROWAVE DRYING SYSTEM
17. G2 STUCCO
18. UTILIZING MODERN TECHNOLOGY TO OPTIMIZE
19. MICROWAVE DRYING
20. ENERGY RECLAIMING SYSTEM
21. IMPROVED DRYING EFFICIENCY
22. DEPUY SYNTHES
23. ADVANCED ROBOTIC SHELL ROOM MANAGEMENT
24. IMPROVEMENTS IN BURNOUY FOR PRINTED PATTERNS
25. DRYING OF CERAMIC SHELL MOLDS- J.D. JACKSON
26. A COMMON SENSE METHOD FOR AUTOCLAVE DESIGN- KERMIT BUNTROCK
