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Reduces fossil based content and extends longevity of surface protection
Hardener for polyurethane systems based on renewable content
Accelerated curing at elevated temperatures without negative influence on pot-life and appearance.
Reduces carbon footprint of cementitious formulations
Used to achieve rapid setting times and high early strength in mortar and cement.
Solvents from renewable castor oil sources
Derived from rape seed oil, sunflower oil, soya bean oil or castor oil.
Designed for water-borne paint systems
Improving surface protection and creating a soft feel
Control shrinkage and prevent cracks to formulate mortars with a longer lifetime
Powdered, bio-based to reduce VOC and emissions
Enable the formulation of cobalt-free, low VOCs high solids coatings
Suitable for high solids industrial primers and topcoats with a low viscosity and VOC
Reduces energy consumption by faster dissolution
Increasing productivity by moving to Direct-To-Metal (DTM) applications
For density reduction, solar reflectivity and heat management
Replaces synthetic thickeners without comprimising performance
Excellent fluidification and water reduction properties for dry mortar systems
Enables low carbon footprint cementitious tile adhesive (CTA) formulation
Improve abrasion and scratch resistance
Reduces transport emissions and packaging
Optimised for solvent-borne and solvent-free coating systems, printing inks as well as pigment concentrates
Enables excellent flow and film build