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

Blend of zinc and barium. Acts as a heat stabilizer. Provides excellent dynamic heat stability, excellent initial color and high transparency. Offers improved effects when used with epoxidized... view more

Blend of zinc and barium. Acts as a heat stabilizer. Provides excellent dynamic heat stability and high transparency. Offers improved effects when used with epoxidized soybean oil. It is substitute... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in micro-granulate form. Releases nitrogen, carbon dioxide or ammonia upon initiation by... view more

Azodicarbonamide/ sulfohydrazide based compound. Acts as a blowing agent. It is a dust-free masterbatch in compact form. Releases nitrogen, carbon dioxide or ammonia upon initiation by irradiation... view more