of previous year consisting of the long finished steel consumption at 6.97 MT, decreasing 7.30% resulting from the less consumption of bar and structural steel and the flat finished steel consumption
million metric tons, increasing 4.79% compared to the previous year consisting of the long finished steel consumption at 5.77 million metric tons, increasing 2.15% resulting from the more consumption of bar
consumption at 5.77 million metric tons, increasing 2.15% resulting from the more consumption of bar and structural steel and wire rods while the flat finished steel consumption at 11.68 million metric tons
the less consumption of bar and structural steel and the flat finished steel consumption at 5.90 million metric tons, decreasing 1.09% resulting from the demand of Hot Rolled Steel and Cold Rolled Steel
% compared to the same period of previous year consisting of the long finished steel consumption at 2.74 million metric tons, decreasing 5.36% resulting from the less consumption of bar and structural steel
% compared to the same period of previous year consisting of the long finished steel consumption at 4.37 million metric tons, increasing 3.47% resulting from the more consumption of bar and structural steel
9.51% resulting from the less consumption of bar and structural steel and the flat finished steel consumption at 8.79 million metric tons, decreasing 2.28% resulting from the demand of Hot Rolled Steel
year. However, the Company has concern about the maintaining gross profit margin, so that the marketing activities has been arranged to emphasize FN brand awareness with sales plan improvement and
%, respectively. Gross profits improved from higher proportion of house brand product sales compared to previous period. However, the Company has concern about the maintaining gross profit margin, emphasizing FN
represented 42.44% and 41.88% respectively, as a result of increase in proportion of other brand sales and arranging more promotion and marketing events to promote sales volume. However, the Company has concern