Containerboard production was up 0.7 percent compared to January 2017. The month-over-month average daily production compared to December 2017 was 2.9 percent lower. The containerboard operating rate was 97.2 percent, or 2.2 percentage points higher than January 2017. Production for exports was 10.5 percent lower than January 2017, which was the month with the second highest export volume in 2017.
http://afandpa.org/media/news/2018/02/22/american-forest-paper-association-releases-january-2018-containerboard-report
Related Posts
WestRock Company (NYSE: WRK) today announced it will permanently cease operating its paper mill in North Charleston, South Carolina, on August 31, 2023. The North Charleston mill produces containerboard, uncoated kraft paper (KraftPak®), and unbleached saturating kraft paper (DuraSorb®), with a combined annual capacity of 550,000 tons. Containerboard and uncoated kraft currently produced at the mill will be manufactured at other WestRock facilities. The Company intends to exit the unbleached saturating kraft paper business when the mill shutdown is completed.
Sonoco announced it is implementing a $50 per ton price increase for all grades of uncoated recycled paperboard (URB) in the United States and Canada, effective with shipments beginning July 15, 2021. Sonoco said the price increase was in response to continuing strong demand across its U.S. and Canada mill network which has driven order backlogs to near historical levels as well as stepped up inflationary pressures from energy, freight, papermaking chemicals and packaging materials.
In research published in Advanced Science, investigators drew inspiration from the octopus to develop an adhesive that achieves strong attachment and controlled release on varied substrates in wet and underwater environments. The feat could have numerous applications in fields ranging from healthcare and underwater robotics to infrastructure repair. By studying the octopus’s suckers—specifically, the exposed disc-like portion called the infundibulum—the researchers designed an elastic, curved stalk with a membrane that can change its shape and adhere to multiple surfaces. Underwater, the octopus-inspired adhesive strongly attached to complex objects from lightweight shells to large rocks and soft gel beads with different roughness, curvature, and hardness. The adhesive could be rapidly attached to these objects over many cycles and over long times and then be quickly released on demand.