POE

It is a metallocene polymerizing agent in ethylene-1-butene copolymer resin. This grade is designed for polymer modification applications. This grade shows good process performance and orientation performance. This is C4 product

The POE DF810 has a low melt index, so it has good fluidity during processing, and can better fill the fine parts of the mold, resulting in a smoother surface and more accurate size. In addition, its high elasticity and excellent low temperature impact performance make it also obtain good results in the production of large thin-walled products

AFMER α-olefin Copolymer DF740 is an amorphous or low-crystalline α-olefin copolymer developed by Mitsui Chemical Group in Japan using polymer technology. It is a new-generation elastomer material featuring low odor, lightweight, and high elasticity. Its appearance greatly improves the performance of resin materials, TAFMER has been widely used in auto parts, packaging materials, stationery, wire and cable, building materials, daily necessities and many other fields

LUCENE™ LC168 is an ethylene-1-butene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC168 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products

LC100 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymer catalyst and solution process technology. The resin is an excellent impact modifier for plastics and has excellent properties in sole applications

LUCENE™ LC565 is an ethylene-1-butene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC565 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products.

LUCENE™ LC670 is an ethylene-1-octene copolymer produced using LG Chem's metallocene polymerization catalyst and solution process technology. LUCENE™ LC670 is an excellent impact modifier for plastics and offers unique performance capabilities for compounded products.