AQUAPLUS™ BO by Chromaflo Technologies is a solvent-, APE- & VOC free, iron oxide-based colorant for water- and solvent-based architectural coatings. It exhibits broad compatibility, wide range of... view more

AQUAPLUS™ GO is a solvent-, APE- & VOC free, chromic oxide pigment by Chromaflo Technologies. It is designed for water- and solvent-based architectural coatings. It exhibits broad compatibility... view more

AQUAPLUS™ HY by Chromaflo Technologies is a VOC-, solvent- & APE-free, monoazo-based pigment. It is suitable for water- and solvent-based architectural coatings. It exhibits broad compatibility... view more

AQUAPLUS™ MA by Chromaflo Technologies is a VOC-, solvent- & APE-free, quinacridone-based pigment. It is suitable for water- and solvent-based architectural coatings. It exhibits broad... view more

AQUAPLUS™ OC by Chromaflo Technologies is a VOC-, solvent- & APE-free, iron oxide pigment. It is suitable for water- and solvent-based architectural coatings. It exhibits broad compatibility, wide... view more

Coadis™ 123 K by Coatex (Arkema Group) is a potassium salt of a polycarboxylic polymer. It is an APEO-free, synthetic, hydrophobic dispersing agent with good on aging stability. It contributes to... view more

Coapur™ 975 W by Coatex (Arkema Group) is a water soluble non-ionic polyurethane. It is a solvent-, alkyl phenol ethoxylates (APEO)-, tin- and heavy metal free associative polyurethane thickener and... view more

RHEOTECH™ 2800 by Coatex (Arkema Group) is a low VOC, APE-free associative acrylic thickener. It combines the benefits of a HASE with flow and leveling behavior of a HEUR. Provides a unique... view more

RHEOTECH™ 3800 by Coatex (Arkema Group) is an APE-free, solvent-free aqueous dispersion of an acrylic copolymer. It is an associative, tin-free acrylic thickener designed to improve both the... view more

Coadis™ BR 3 by Coatex (Arkema Group) is a polyacrylate salt. Acts as a dispersing agent. Provides highest initial gloss, excellent gloss retention, good flow and levelling as well as viscosity... view more