Covinax 383-19 is a coater-ready, surfactant stabilized vinyl acrylic copolymer adhesive developed for high performance permanent pressure sensitive applications. Covinax 383-19 is the highest performing water-based PSA in our line and is often used as a durable label adhesive. It maintains a strong bond over a wide range of temperatures and extreme conditions and is recommended where environmental ruggedness is required. Covinax 383-19 conforms to BS 5609: 1986 Section 2 - 'Marine and Laboratory Performance of Label Base Materials’ when coated on suitable face sheet. It has an excellent balance of peel and shear and works very well on many surfaces, especially corrugate box, stainless steel, and most polymeric surfaces. It will resist cold flow and will die cut and convert well, giving dry edges to finished sheets and rolls.

Duracet 898 is a flexible self-crosslinking vinyl acrylic copolymer. This copolymer was designed for use as a binder for nonwovens, bulk builders in textile finishing, as flock adhesives or in any adhesives application requiring excellent water resistance. Duracet 898 is stabilized with a cellulosic colloid and also contains carboxyl functionality for additional specific adhesion and compounding versatility.

Duracet 864 is a flexible self-crosslinking vinyl acrylic copolymer. This copolymer was designed for use as a binder for nonwovens and modifier with urea formaldehyde resins.

Duracet 827 is flexible self-crosslinking vinyl acrylic copolymer. This copolymer was designed for use as a binder for nonwovens and modifier with urea formaldehyde resins.

Covinax 770-10 DEV is a coater-ready, surfactant stabilized, tackified vinyl acrylic copolymer developed for high performance permanent pressure sensitive applications. It has excellent peel and tack adhesion and exhibits superior adhesion to low surface energy substrates.

Covinax 625-78 DEV is an APEOs free coater ready PSA developed for high performance permanent applications. Because it is internally cross-linked, this product exhibits superior cohesive strength.