Articles Tagged with ''bio-based''

BASF’s bio-based EA is produced in Ludwigshafen using bio-ethanol exclusively as alcohol source. The chemical and technical specifications of the new bio-based product are identical with the traditional fossil-based version. 

In an exclsuive PCI Magazine interview, Patrick Van Waes, Global Marketing Director for Primient Covation LLC, explores the dynamic growth and future prospects of bio-based materials in the coatings industry, including the market's development, the rising demand for sustainable alternatives, and the evolving performance of bio-based materials compared to their petroleum-based counterparts.

The new product enables coatings and ink formulators to achieve outstanding pigment dispersion and stability, while enabling ever-stringent sustainability initiatives for 100% solids systems and a wide range of solvent-based systems.

BASF is now able to produce more than 60 products related to this portfolio with one or more sustainability attributes, including ISCC+ certification. 

By replacing fossil fuels with renewable resources, biomass balance products contribute to reducing greenhouse gas emissions and enabling a circular economy. BASF explains its Circular Economy Program in an effort to explain how the coatings industry and its approach to sustainability is changing and evolving to include the entire value chain. 

The company announced a significant milestone in its commitment to sustainability with the ISCC PLUS certification for its manufacturing facility in Belpre, Ohio.

The polymer is ideal for use as a topcoat and self-sealer resin in high-end interior wood 1K applications. 

Suitable for a broad range of applications, customers can now offer their high-performance products with externally verified sustainability benefits thanks to a mass balance approach.

As sustainability in coatings continues to drive the market, this article introduces a 100%-natural and environmentally friendly solution for outdoor wood protection using a fungus.

Bio-surfactants are a promising alternative to chemical surfactants in the development of eco-friendly and high-performance coatings due to their bio-degradability, low toxicity, renewable feedstocks, and enhanced performance in various aspects of coatings formulations.