FINE-BLEND® SAG-002 is a styrene - acrylonitrile - glycidyl methacrylate ternary random copolymer with colorless bead appearance. FINE-BLEND® SAG-002 is a general-purpose epoxy polymer compatibilizer. It can provide excellent solutions for ABS/PET, ABS/PBT alloy about compatibility, significantly enhance the mechanical properties, thermal properties and electroplating performance of plastic alloy.

FINE-BLEND® EMI-200 is styrene-acrylonitrile binary random low molecular weight copolymer, and it has colorless bead appearance. FINE-BLEND® EMI-200 is a common type of flow modifiers, which can provide excellent a melt flow solution for high-viscosity resin to ensure a molded article having fewer defects, and more glossy appearance. Especially it’s suitable PC, ABS and its alloys for applications of larger, thinner, higher gloss.

FINE-BLEND® SBG-001 is a core-shell structure compatible flexibilizer based on butadiene styrene rubber in the core and epoxy groups in the shell. FINE-BLEND®　SBG-001 is a general-purpose compatible flexibilizer. It can provide excellent solutions for PC, PC/ ABS blends with low temperature toughness without sacrificing rigidity and processing performance. SBG-001 can also significantly enhance thermal stability and hydrolytic resistance of PC, PC/ ABS alloy.

RUVA-93 by Otsuka Chemical is 2-Propenoic acid 2-methyl-, 2-[3-(2H-benzotriazol-2-yl)-4-hydroxyphenyl]ethyl ester. It is a reactive ultraviolet stabilizer. It is used in plastic lenses, film, sheets, packaging material, containers, fiber, and as alternative plastic to glass. It is a reactive ultraviolet absorber that is able to copolymerize efficiently with a variety of vinyl monomers such as methacrylic, styrenic, and acrylonitrile monomers. Provides permanent placement of the benzotriazole in the polymer. Imparts high weatherability to thin films and fibers. Provides permanence of the stabilizer in the resin and improved compatibility even in very high loadings. RUVA-93 offers excellent environmental acceptability, expanded technology options, and the ability to design new UV polymer screens with unique properties.