Recientemente, the brand advertisement of HANI appeared on the Nasdaq MarketSite big screen at Times Square in Manhattan, New York City. The screen faces the Broadway side and is known in the industry as the “world’s No.1 screen.” It long broadcasts Nasdaq market quotes, financial news, and brand advertisements, haciendo
En la producción de laminación en frío, rolling rolls directly determine three core production indicators: strip steel output, plate surface quality and steel consumption per ton. Various roll defects occurring during cold rolling will cause batch product downgrade or scrap, reduce product yield, and even lead to severe equipment damage in extreme cases.
Cold Rolling Roll Problems and Treatment Sigue leyendo »
En los últimos años, the hardness, thermal crack resistance and impact resistance of rolls have been effectively improved by optimizing steel rolling processes and upgrading roll equipment performance. These technical measures reduce roll consumption and extend roll service life. This article mainly analyzes typical roll defects of hot narrow strip steel,
Process Measures to Improve Roll Service Life in Steel Rolling Sigue leyendo »
Rolls appeared along with the birth of rolling mill equipment. The development history of rolling rolls witnesses the technological progress of the entire steel rolling industry. Early rolls adopted simple sand mold integral casting. With technological iteration, metal mold casting was gradually invented and popularized. A major technological leap occurred
Development History of Rolling Rolls Sigue leyendo »
Rolls are the core components of rolling mill equipment. They directly determine rolling efficiency, finished steel quality and overall production costs. Reasonable roll material selection and usage specification can effectively reduce roll consumption, cut down equipment downtime and improve production capacity. This article systematically introduces the characteristics, applicable scenarios, selection
Selección de material en rollo & Especificación de uso Sigue leyendo »
