The growing innovation capabilities will further accelerate co-creations with BASF’s customers in China and across the Asia-Pacific region.

The new Ohio facility provides advanced capabilities for the company’s next generation Accelshield™ packaging coatings, connecting innovation and research and development with trials and production.

The new center will consolidate solvent-based and water-based product research to drive leading innovations for the wood coatings industry.

New research led by the University of Bath shows that surface-modified graphene could transform the production of hydrogen peroxide for industrial use.

EMU’s contributions to the advancement of novel and sustainable UV-curable coatings was awarded at the Big Ideas for UV +EB Conference in March. 

This lab will help accelerate research into photopolymerization, a future-oriented technology that improves energy savings and doesn’t require the use of solvents. It will also explore new and more sustainable UV-curable materials.

The research team focuses on improving long-term performance and developing sustainable coatings for high-voltage insulation systems for electric power transmission in the State of Qatar and the Gulf region.

BASF Coatings has inaugurated a new research center for electrophoretic dip coating at its headquarters in Münster-Hiltrup, Germany.

Evonik's Coating Additives business line has developed a new tool for the digital analysis of coated test samples: COATINO® Defect Detection (CDD), that precisely and objectively detects and evaluates coating defects.

The center expands an existing research relationship, as the university has been a member of the Eastman Innovation Network of higher education partners since 2015.