ISSN 2594-5297
59º Seminário de Laminação, Conformação de Metais e Produtos — vol. 59, num.59 (2024)
Title
Authorship
DOI
Downloads
Abstract
THE LATEST TRENDS IN THE PREMIUM AUTOMOTIVE STEEL BAR MARKET ARE TO COMPLY WITH THE HIGHEST QUALITY STANDARDS REQUESTED BY THE END USERS. THE KEY ROLE TO REACH THESE TARGETS IS GIVEN BY HEAT TREATING TECHNOLOGIES, DIRECTLY RELATED TO THE METALLURGICAL AND MECHANICAL RESULTS TO BE PERFORMED. DANIELI OLIVOTTO FERRè SUPPLIED A NEW HEAT TREATMENT LINE FOR AUTOMOTIVE BARS IN TURKEY FOR CEMTAS AND ALREADY RECEIVED A SECOND ORDER FROM ANOTHER CUSTOMER. THE LINE IS BASED ON AN INNOVATIVE CONCEPT FOR THE HARDENING AND TEMPERING OF ALLOYED STEEL BARS FOR AUTOMOTIVE MARKET HAVING DIAMETER FROM 15 TO 100 MM WITH AN OVERALL YEARLY OUTPUT UP TO 30,000 TONS/YEAR. THE LINE IS DESIGNED WITH A MULTILINE SOLUTION TO MAXIMIZE PRODUCTION WHILE MAINTAINING ALL THE ADVANTAGES OF TREATMENT HOMOGENEITY AND QUALITY TYPICALLY OBTAINABLE IN A SINGLE BAR HEAT TREATMENT PLANT.
THE LATEST TRENDS IN THE PREMIUM AUTOMOTIVE STEEL BAR MARKET ARE TO COMPLY WITH THE HIGHEST QUALITY STANDARDS REQUESTED BY THE END USERS. THE KEY ROLE TO REACH THESE TARGETS IS GIVEN BY HEAT TREATING TECHNOLOGIES, DIRECTLY RELATED TO THE METALLURGICAL AND MECHANICAL RESULTS TO BE PERFORMED. DANIELI OLIVOTTO FERRè SUPPLIED A NEW HEAT TREATMENT LINE FOR AUTOMOTIVE BARS IN TURKEY FOR CEMTAS AND ALREADY RECEIVED A SECOND ORDER FROM ANOTHER CUSTOMER. THE LINE IS BASED ON AN INNOVATIVE CONCEPT FOR THE HARDENING AND TEMPERING OF ALLOYED STEEL BARS FOR AUTOMOTIVE MARKET HAVING DIAMETER FROM 15 TO 100 MM WITH AN OVERALL YEARLY OUTPUT UP TO 30,000 TONS/YEAR. THE LINE IS DESIGNED WITH A MULTILINE SOLUTION TO MAXIMIZE PRODUCTION WHILE MAINTAINING ALL THE ADVANTAGES OF TREATMENT HOMOGENEITY AND QUALITY TYPICALLY OBTAINABLE IN A SINGLE BAR HEAT TREATMENT PLANT.
Keywords
QUENCHing; TEMPERing; BARS; rolling mill
Quench; Heat Treatment; Bars.
How to refer
SANTI, FILIPPO DE.
INNOVATIVE QUENCH AND TEMPER LINE FOR BARS
,
p. 324-335.
In: 59º Seminário de Laminação, Conformação de Metais e Produtos,
São Paulo, Brasil,
2024.
ISSN: 2594-5297
, DOI 10.5151/2594-5297-40993