Water-based Polyurethane and Acrylate Dispersions
for Flexible Substrates

Product name

ALBERDINGK® Acrylic and Styrene Acrylic Copolymers

AC 2310 An APEO-free, extremely low VOC acrylic which is very soft, flexible, and tough yet displays a low surface tack, Tg = -45 °C and has excellent hydrolysis resistance.
AC 2389 An aqueous, coarse particle size, low viscous copolymer-dispersion from acrylic and methacrylic acid esters and without plasticizers, extreme flexibility and cold resistance.
AC 2523 A self crosslinking multiphase acrylic dispersion that can be used to produce zero VOC high gloss coatings with good block resistance and low water absorption.
AC 2592 A highly flexible hydroxy functional acrylic dispersion used in two component Soft-feel coatings with very good chemical resistance.
AC 548 An ultrafine plasticizer and solvent free acrylic-methacrylic-ester copolymer emulsion.
M 2064 Excellent adhesion to multiple substrates, excellent flexibility with superior hydrolysis resistance and excellent chemical resistance

ALBERDINGK® Alipathic Polyurethane/Acrylic Hybrids

APU 10140 Execellent adhesion to multiple substrates, excellent flexibility with superior dydrolysis resistance and excellent chemical resistance.

ALBERDINGK® Aliphatic Polyurethane Dispersions

U 199* High solid PUD, very soft film, high elongation, label-free version of Alberdingk U 2101
U 180 Solvent-free, amine free, aliphatic polyester polyurethane dispersion with a very good compatibility with flame retardant additives or other ionic substrates.
U 205 An aqueous, anionic disperion of an aliphatic polyester-polyurethane without solvents and free isocyanate groups, excellent high heat and humidity stability.
U 2101 An inherently matte solvent-free aliphatic polyester polyurethane dispersion with high solids, extreme felxibility and a soft-feel when properly formulated.
U 228* Soft, aliphatic polyether polyurethane PUD for flat roof coatings, or also for soft and flexible coating systems e.g. leather, textile and plastics
U 325 Aliphatic polyester polyurethane with superior flexibility and excellent adhesion to multiple substrates, excellent Xenon stability.
U 3251 Solvent-free aliphatic polyester polyurethane with superior flexibility and excellent adhesion to multiple substrates, excellent Xenon stability.
U 3700 Superior hydrolysis-resistance, especially suitable for car-interior leather coatings
U 400 N* Excellent hydrolysis resistance, for artificial leather and pigment printing
U 410 An aqueous, anionic disperion of an aliphatic polyester-polyurethane without solvents and free isocyanate groups, excellent high heat and humidity stability.
U 4101 Solvent free version of U 410, soft polyether-PU with very good adhesion to different substrates, high hydrolysis resistance, NMP-free
U 420 Aliphatic polyester polyurethane with superior flexibility and excellent adhesion to multiple substrates, excellent Xenon stability
U 475 More flexible version of ALBERDINGK® U 5201, Polyester-PUD with very good hydrolysis resistance, for high quality topcoats
U 5201 Aliphatic polyester polyurethane with superior flexibility and excellent adhesion to multiple substrates, excellent Xenon and high heat stability.
U 6100 Plasticiser barrier on flexible PVC, good adhesion to various substrates, excellent aluminum pigment orientation, high in-can-clarity
U 6300* Very good adhesion to ABS, PVC, PU, PA and PS, very goog pigmentability, good plasticizer barrier on PVC foils
U 6800* Very good adhesion to multiple substrates, goos weathering and aging resistance, high gloss
U 801 Excellent chemical resistance, excellent abrasion resistance, excellent block resistance, excellent exterior durability.

ALBERDINGK® Aliphatic Inherently Matte Polyurethanes

PUR MATT 300* Inherently matte, soft-feel PUD, good chemical resistance, hydrolysis resistant, recommended for OPVs, plasters and paints
PUR MATT 340* Inherently matte, soft-feel PUD, good chemical and hydrolysis resistance, high optical transparency on dark substrates recommended for OPVs and plastics

* new development