Impact modifier. Especially designed for styrenic modification. Low addition levels of PARALOID BLX 3670 Impact Modifier improve the impact strength of recycled ABS, mass ABS or blends with PC... view more

Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more

Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more

Acrylic based polymer. Acts as an impact modifier. Is intended to meet the needs of the vinyl window profile extrusion and compounding industry. Offers 100% impact modifier function or... view more

Acrylic polymer. Acts as a impact modifier. Is intended to meet the needs of the vinyl building products extrusion and compounding industry. Offers excellent impact resistance and rheological... 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

Ken-React® KPR® REZYK-1280 Powder supplied by FARRL is based on 78% of a monoalkoxy titanate ester compound with an aluminum co-catalyst on silicon dioxide as absorbing carrier. It acts as a co- and... view more

Ken-React® KR® 12 supplied by FARRL is a titanate product based on titanium IV, class monoalkoxy, with phosphato functionality. It has low viscosity and solid content of min. 95%. It can be used in... view more

Ken-React® KR® 138S supplied by FARRL is a titanate product based on titanium IV, class oxyacetate chelate, with pyrophosphate functionality. It has low viscosity and solid content of min. 99%. It... view more