By Miriam Brose
Posted New top wire section including a TurboJetter at Vreden
To increase formation and expand the product range, PM1 has now been equipped with a new top wire section including a TurboJetter headbox from Bellmer.
By Miriam Brose
In Air & Steam systems, Hydraulic headbox, Paper Technology, Press section, Pulper, Shoe press, Wet end
Posted MM Kotkamills – another rebuild together with Bellmer
The scope of supply includes a completely new press section including a TurboPress shoe press, the pre-dryer section will be rebuilt, new pulpers under machine pulpers will be erected, as will [...]
By Miriam Brose
In Headbox, Hydraulic headbox, Multi ply former, Paper Technology, Press section, Shoe press, Start up, Wet end, Wire section
Posted Start-up of the PM 3 at SCGP Packaging
The new fluting and testliner machine PM3 of SCG in the Philippines, was started up successfully by Bellmer at the end of February 2022.
By Miriam Brose
Posted Quality improvement from the wet end to the dryer section
The press section will be upgraded with a new Bellmer TurboPress XXL shoe press to assure the best dry content.
Posted
Greenpaper relies on Bellmer´s expertise
To upgrade an existing machine, Greenpaper decided to install a TurboJetter headbox and a TurboFormer, which secured as well positive quality as quantity enhancements.
By Miriam Brose
In Fourdrinier, Headbox, Hydraulic headbox, Paper Technology, Press section, Shoe press, Wet end, Wire section
Posted Rebuilds at Mari Pulp and Paper Mill JSC
In autumn 2019, „Mari Pulp and Paper Mill JSC” signed a contract with Bellmer for the rebuild of its PM2. The works to be completed on PM2 are extensive.
Modern Headbox technology for Shouguang Luli Paper, China
China has been one of the most important markets for Bellmer Vaahto: more than 70 headboxes have been supplied to Chinese paper mills since the year 2000.
Stora Enso Skutskär converts DM7 into Fluff Pulp production
Bellmer´s scope of supply includes a TURBOVaahtoJetter hydraulic headbox with dilution control and associated approach flow and white water collection systems.
