PC-Mull®

PC-Mull® 1015/1 by EPS is a fast-drying, self-crosslinking all-acrylic copolymer dispersion. It is used as a binder for high quality wood coatings. This product offers exceptional transparency &... view more

PC-Mull® 1016 by EPS is a self-crosslinking all-acrylic copolymer. It is used as binder for high quality furniture coatings. This grade offers exceptional chemical & block resistance, fast drying... view more

PC-Mull® 1016W by EPS is a self-crosslinking, all-acrylic copolymer. It is used as the principal vehicle for high performance furniture and wood finishes. It exhibits fast drying, excellent wood... view more

PC-Mull® 1024 by EPS is a self-crosslinking acrylic copolymer. It is used as binder for furniture and parquet coatings. Also, shows excellent appearance on oak. It exhibits exceptional wood wetting... view more

PC-Mull® GR 100 by EPS has been specifically designed as a wetting and dispersing resin for aqueous systems. This polymeric grinding resin is recommended to be used in combination with PC-Mull® VP... view more

PC-Mull® VP 209 by EPS is a self-crosslinking acrylic copolymer. It is used as a binder for furniture coatings. It exhibits excellent transparency & wood wetting (grain enhancement), chemical- &... view more

PC-Mull® VP 209/6 by EPS is a water-based, all-acrylic copolymer emulsion. It shows exceptional chemical- & block resistance and fast drying. It exhibits excellent hardness, transparency and wood... view more

PC-Mull® VP 433 by EPS is a self-crosslinking all-acrylic copolymer. It is used as binder for high quality wood coatings. It shows excellent appearance on oak. This grade exhibits exceptional... view more

PC-Mull® VP 435 by EPS is a self-crosslinking, multiphase, acrylic copolymer. It is used as is used as the principal vehicle for pigmented high-performance furniture and wood finishes where IKEA R2... view more

PC-Mull® 815 by EPS is a clear in can, biobased, self-crosslinking all-acrylic polymer. It is designed to meet high chemical resistance and provide block resistance, ensuring there is not risk... view more