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Acronal® MB BC 5555 – Styrene acrylic binder with traceable biogenic content for ceramic tile adhesives (D1) and primers

Acronal® MB BC 5555 is produced from both fossil-based monomers and bio-based raw materials. The bio-based component can be quantified using the 14C method.

Application of ceramic tile adhesive (D1) and primer products.

Taking sustainability to the next level – with zero CO₂ emissions

The bio-based raw material in Acronal® MB BC 5555 leads to a reduction of the product carbon footprint (PCF) by around 31% compared to a purely fossil-based product grade.

To reduce the PCF even further, BASF’s biomass balance (BMB) approach is applied to the remaining fossil part of the polymer.

100% of the electricity used in the production process of Acronal® MB BC 5555 comes from renewable sources.

The result is an acrylic binder for the formulation of CTA (D1) and primer products with a cradle-to-gate product carbon footprint (PCF) of zero.

Benefits of Acronal® MB BC 5555 at
a glance

  • Enhanced open time and top bond strength
  • Excellent freeze/thaw stability
  • Neutral carbon footprint combined with 14C detectable biomass
  • Very low emissions enable the award of eco-labels
A graphich showing BASF PCF reduction.
Discover more about our Bio-based Solutions
Our bio-based binders meet the consumer demand for sustainable solutions with traceable biogenic carbon content. Our new bio-based solutions enable our customers to conserve fossil resources and expand their product portfolios for environmentally conscious consumers.
 
Biomass Balance Solutions for Architectural Coatings and Construction
Our biomass balance solutions help reduce the carbon footprint of your products, giving you the opportunity to create additional value for your customers. Discover how our partners Barbot, San Marco and Uzin Utz made biomass balance a success.
Aerial view of solar farm, with solar panel rows running diagonally from the lower left to the upper right of the image
Renewable energy
Replacing fossil energy with energy from renewable sources will play a significant role in reducing BASF’s future emissions and help customers of our dispersions and construction additives enhance their sustainability performance. 

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