Acrylic melt strength enhancers. Used for packaging applications, as well as film and sheet extrusion, blown film and foam. Offers improved processability and melt elasticity. Does not impact... view more

Acrylic melt strength enhancers. Used for packaging applications, as well as film and sheet extrusion, blown film and foam. Offers improved processability and melt elasticity. Does not impact... view more

Acrylic polymer-based compound. Used as modifier. Offers reduced foam density. Provides improved surface quality. Exhibits good cell uniformity. Imparts functional impact strength. Possesses... view more

High molecular weight process aid. Offers improved efficiency for density reduction and foam expansion without sacrificing the lubricating properties of PARALOID K-415. It is a bifunctional material... view more

New ultra high molecular weight acrylic processing aid for high quality foam applications. Its high foaming efficiency enables converters to meet the most demanding requirements in foam core pipes... view more

BactiBlock® 101 R4.47 supplied by FARRL is an antimicrobial additive suitable to be used in a broad variety of polymeric products like thermosets, thermoplastics, elastomers and rubber. BactiBlock®... view more

BactiBlock® 101 R4.48 supplied by FARRL is an antimicrobial additive suitable to be used in a broad variety of polymeric products like thermosets, thermoplastics, elastomers and rubber. The product... view more

BactiBlock® 920 B0 supplied by FARRL is an antimicrobial additive suitable to be used in compounding of a broad variety of polymeric products like polyolefins or others to be used in food contact... view more

BactiBlock® 920 B4 supplied by FARRL is an antimicrobial additive suitable to be used in a broad variety of polymeric products like thermosets, thermoplastics, elastomers and rubber. The product is... view more

bFI A 3745_P by Polytives is a polymeric processing aid in powder form. It is a flow improver dveloped to reduce the melt viscosity of various polymers (PMMA) and polymer systems thereby increasing... view more