A new paper machine start-up is a challenging and complex project. But if you choose your partners wisely, one thing you don’t have to worry about is the chemistry management.
Biobased alternatives to fossil-based chemistries are at the heart of the current sustainability discussion, but there’s more to consider than the raw material base when discussing sustainable solutions for the paper industry.
Dry strength chemistries play a key role in the effective and sustainable production of fiber-based packaging materials. In this webinar, our experts introduce new and developing biobased technologies for improving strength in paper and board.
An effective strength program can do much more for you than help achieve the desired strength properties for paper and board. Here are 5 ways to turn enhanced dry strength into value.
Our current network has more than 50 universities, research institutes and companies including special collaborations with our customers.
Our expert Gordon Bugg helps paper and board manufacturers in North America meet demand for recyclable, fiber-based packaging thanks to his deep understanding of barrier coatings.
For Elisabeth Lackinger-Csarmann, finding biobased alternatives to fossil-based raw materials in chemicals is a chance to add on to the renewable nature of paper and board materials. Developing new chemistry takes time, effort – and curiosity.
Strength is the most important quality characteristic for packaging board. As the use of recycled fibers as raw material in packaging grades increases, many board producers are facing challenges in meeting the strength targets. Why?
How does the KemConnect Predictive Wet End service help prevent runnability and quality issues? Find out the answer to this and other common questions about our new digital service in this article.
If you are aiming for cost-efficient production of high-quality recycled board, optimizing dry strength properties is crucial. In this webinar, our experts share their insights on optimizing strength in recycled fibers.
