Vistamaxx™ 6202FL by ExxonMobil Chemical is a cling agent. It is propylene-based elastomer (PBE). It possesses good elasticity, toughness, flexibility, chemical resistance, very low seal initiation... view more

KESAOIL D70 supplied by FARRL is a deodorized (clear) epoxidized soybean oil (ESBO). It is used as a plasticizer with stabilizing properties. It offers a low migration (often comparable to polymeric... view more

KESAPLAST 8100 supplied by FARRL is an adipate (DEHA/DOA) used as plasticizer in PVC, plastisols, ethyl cellulose, polystyrene and rubber. It offers excellent cold elasticity, good electrical... view more

KESAPLAST 8400 supplied by FARRL is an epoxidized soya fatty acid ester which is a green alternative to DINP, DOTP and polymeric plasticizers. Offers good low temperature resistance from above 5°C... view more

KESAPLAST 8500 supplied by FARRL is dioctyl terephthalate (DOTP) used as a high molecular weight (monomeric) plasticizer. It offers an excellent plasticizing effect, excellent processing performance... view more

KESAPLAST 8810 ST supplied by FARRL is a stabilized C8/C10 trimellitate which acts as a plasticizer. It is a mixture of C8/C10 alcohols with a relatively higher molecular weight monomeric ester. It... view more

Solplus™ DP700 by Lubrizol is a 100% active polymeric dispersant. Improves filler and pigment dispersion and stability. Provides increased pigment/filler wetting and loadings as well as more... view more

Solplus™ K500 by Lubrizol is a 100% active polymer. It acts as a dispersing agent. Typical dosage is 1-3% depending on the weight of pigment/filler dispersed. It offers improved pigment/filler... view more

bFI A 3745 by Polytives is a polymeric processing aid. It is a flow improver developed to reduce the melt viscosity of various polymers including PMMA and polymer systems thereby increasing the... 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