VECTRA® A950 by Celanese is an unfilled, inherently flame retardant liquid crystal polymer (LCP) grade with high flow properties. It is suitable for processing by injection molding, sheet and film... view more

VECTRA® A950 VF3001 NATURAL by Celanese is an unreinforced, inherently flame retardant, halogen-free, high performance, highly crystalline LCP grade. Exhibits very low heat of fusion (short cycle... view more

VECTRA® C950 by Celanese is an unfilled, light & heat stabilized, inherently flame retardant liquid crystal polymer (LCP) grade with high flow properties. It is used in metal replacement... view more

VECTRA® FIT30 by Celanese is a heat stabilized, inherently flame retardant liquid crystal polymer (LCP) grade reinforced with 43% mineral and glass. It offers low warpage and high flow. It is suitable... view more

VECTRA® MT1300 VF3001 NATURAL by Celanese is an unreinforced, inherently flame retardant, halogen-free, high performance, highly crystalline LCP grade. Exhibits very low heat of fusion (short cycle... view more

VECTRA® MT1335 VF3001 NATURAL by Celanese is an unreinforced, inherently flame retardant, halogen-free, high performance, highly crystalline LCP grade filled with glass/ PTFE. Exhibits very low heat... view more

VECTRA® MT4310 VF3001 NATURAL by Celanese is an inherently flame retardant, halogen-free, high performance, highly crystalline LCP grade filled with 30% glass. Exhibits very low heat of fusion (short cycle times... view more

VECTRA® MT4350 VF3001 NATURAL by Celanese is an inherently flame retardant, halogen-free, high performance, highly crystalline LCP grade filled with mineral. Exhibits very low heat of fusion (short cycle times... view more

VECTRA® T.REX541 VD3071 BLACK by Celanese is a high performance, highly crystalline LCP grade. Exhibits very low heat of fusion (short cycle times possible), very high tensile strength & tensile modulus, very low... view more

VECTRA® V400P by Celanese is an inherently flame retardant, liquid crystal polymer (LCP) grade. It provides excellent barrier properties independent of relative humidity, chemical resistance and... view more