Kane Ace™ IM 130P by Kaneka is an acrylic copolymer. Acts as impact modifier, heat stabilizer and UV absorber. It is based on pure acrylic core-shell rubber particles, provides an excellent balance of... view more

Kane Ace™ IM 140P by Kaneka is an acrylic copolymer. Acts as impact modifier, heat stabilizer and UV abosorber. It is based on pure acrylic core-shell rubber particles, provides an excellent balance of... view more

Kane Ace™ M410 by Kaneka is an acrylic copolymer. Acts as impact modifier, heat stabilizer and UV absorber. It provides an excellent balance of impact resistance, modulus and viscosity with an... view more

Kane Ace™ MR01 by Kaneka is a halogen and phosphate-free acrylic silicone polymer. Acts as a flame retardant, impact modifier and heat stabilizer. Provides high chemical- and impact resistance at... view more

Kane Ace™ MR02 by Kaneka is an acrylic-silicone polymer. Acts as flame retardant, an impact modifier and heat stabilizer. It is of high heat stability type with high impact resistance at low... view more

Kane Ace™ FM22 is an acrylic polymer, which acts as an impact modifier. It provides very good impact retention under various weather conditions. Kane Ace™ FM22 is suitable for outdoor and durable... view more

Kane Ace™ FM50 by Kaneka is acrylic polymer and acts as an impact modifier. It provides outstanding impact and weather resistance under various conditions. It is suitable for outdoor and durable PVC... view more

Kane Ace™ FM80 by Kaneka is an acrylic based polymer. It acts as an impact modifier. Provides high impact resistance while keeping good clarity and transparency. Also shows outstanding impact... view more

Kane Ace™ M-580 by Kaneka acts as an impact modifier. It is a weatherable impact modifier and also improves impact performance and processability. Compatible with polycarbonates. Applications includes... view more

Kane Ace™ PA-220 by Kaneka is a medium-high molecular weight acrylic polymer, which acts as a processing aid and enhances the processing of PVC based formulations. It has a fine particle size... view more