Tag: FAC
NISCO grants FAC for KOCKS RSB® 500++/4 in 5.0 design
Nanjing Iron & Steel Co Ltd. (NISCO) grants to Friedrich KOCKS GmbH & Co KG, the FAC (Final Acceptance Certificate) for the successful commissioning of the 3-roll Reducing & Sizing Block (RSB®) 500++/4 in 5.0 design.
Primetals receives FAC for a modernized mill at JSW
Primetals Technologies received the Final Acceptance Certificate (FAC) for the modernized rolling mill for long products at JSW Steel Ltd.
Hitachi grants FAC to SMS for 90/108 MN forging press
Hitachi Metals, Yasugi, Japan, has granted SMS group the final acceptance certificate (FAC) following the successful commissioning of its 90/108 MN open-die forging press.
Hyundai issues FACs for long rolling mills
Korean steel maker Hyundai Steel issued the final acceptance certificates (FACs) for two long rolling mills supplied by Primetals Technologies to the Dangjin special steel production facility.
SMS group gets FAC for ring rolling line
VSMPO-AVISMA Corporation from Yekaterinburg (Russia) has granted SMS group the final acceptance certificate (FAC) for the supplied ring rolling plant.
DEW grants FAC for quenching line
Deutsche Edelstahlwerke GmbH (DEW) has issued the final acceptance certificate to SMS group for the new quenching line at its Witten (Germany) location.
Primetals receives FAC for last four LD (BOF)
Indian steelmaker Jindal South West Steel Ltd. (JSW Steel) has recently issued the Final Acceptance Certificate (FAC) for the last of four LD (BOF) converters ordered from Primetals Technologies in September 2014, which had been started up in January.
Primetals Technologies receives FAC
French stainless steel wire rod producer Ugitech has awarded the Final Acceptance Certificate (FAC) to Primetals Technologies for its custom engineering solution to upgrade and automate the compacting and coil handling process in the company’s rod mill, which recently achieved all performance goals.
The upgrade for its stainless steel rod mill in Ugine, France includes a new vertical compactor and unloading station design which allows the automatic loading of loose coils from a floor mounted cradle onto a vertical compacting system, replacing a former manually operated secondary processing system.
