Paint and Coatings Additives

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The technology & infrastructure (TI) division will be split into two units, each with different perspectives. In addition, the entire administration will be tailored to the needs of the operating businesses.

These Pro-Environment products match the performance and quality of their fossil counterparts but exhibit a superior environmental profile. 

The new digital application, called “MyCarbonFootprint,” is designed to help customers gain a better overview of the sustainability status of the product portfolio they purchase from BASF.

The company's nine manufacturing sites in Brazil are now powered with electricity solely from renewable energy sources, helping to reduce greenhouse gas emissions and transition to a low-carbon economy. 

Concurrently, Marc Doyle who has successfully led Arxada since its foundation, will transition to a new role as a member of the Board of Directors. This strategic move reflects the company’s commitment to driving continuity, growth and sustainability in its portfolio.

With this new partnership, a combination of ATP technology and optimized biocide use saves costs and improves operational hygiene.

The new leader has over 10 years of experience in the coatings industry.

In current practical applications, the classification of attapulgite clay is mainly based on its functions and uses. Colloidal attapulgite clay, combined with other soft clays and suitable additives, can be used in thin-layer coatings such as EPC coatings for casting, anti-corrosion coatings at certain high temperatures, insulation coatings, and anti-oxidation coatings. 

Waterborne latexes are produced via emulsion polymerization, in which surfactants or emulsifiers are the key components to control latex properties. Much effort has been made to reduce the impact of surfactants on the performance of waterborne formulations. One of the promising approaches is to use polymerizable or reactive surfactants to prepare latex polymers. 

As the coatings industry continues to prioritize waterborne systems, further research to provide coatings with comparable properties to those based on solvent-based systems is required. This paper, winner of the PCI Award for Technical Excellence at the 2023 Waterborne Symposium, presents a surfactant-free encapsulation process that enables the enclosure of polysiloxanes of arbitrary molecular weight in capsules of nanometer size in a simple, scalable process.