▎ 摘　　要

NOVELTY - Graphene ultra-high molecule weight polyethylene hybrid fiber has tensile strength 2.2-3.0GPa, tensile modulus 100-180GPa, thermal decomposition temperature in a nitrogen atmosphere 350-430 degrees C. Raw materials are prepared by using oleophilic modified graphene or graphene oxide dispersion and ultrahigh molecular weight polyethylene dope paraffin oil, the weight ratio between 1: 9. The lipophilic modified graphene or graphene oxide dispersion of graphene or graphene oxide solution in ethanol and lipophilic modifier has weight ratio of 1: 10-10: 1 mixture of blended solution. USE - Graphene ultra-high molecule weight polyethylene hybrid fiber. ADVANTAGE - Graphene ultra-high molecule weight polyethylene hybrid fiber has high fiber matrix strength, good heat resistance, improved stress concentration and other improved mechanical properties with simple, easy to operate, widely used preparation process. DETAILED DESCRIPTION - Graphene ultra-high molecule weight polyethylene hybrid fiber has tensile strength 2.2-3.0GPa, tensile modulus 100-180GPa, thermal decomposition temperature in a nitrogen atmosphere 350-430 degrees C. Raw materials are prepared by using oleophilic modified graphene or graphene oxide dispersion and ultrahigh molecular weight polyethylene dope paraffin oil, the weight ratio between 1: 9. The lipophilic modified graphene or graphene oxide dispersion of graphene or graphene oxide solution in ethanol and lipophilic modifier has weight ratio of 1: 10-10: 1 mixture of blended solution. Graphene or graphene oxide dispersion are added to a mixed solution of ethanol graphene oxide or graphene ethanol feed solution, 0.1 to 10 wt.% graphene or graphene oxide material is present. An INDEPENDENT CLAIM is included for a method for preparing graphene ultra-high molecule weight polyethylene hybrid fiber, which involves: (A) using graphene or modified graphene oxide lipophilic, lipophilic modified graphene dispersion liquid and ultra-high molecule weight polyethylene paraffin oil spinning liquid blended and gel wet spinning; (B) using graphene or graphene oxide feed and uniformly dispersing in the ethanol solution to prepare 0.1 to 10 wt.% graphene or graphene oxide and the total immiscible liquid temperature control at 50-150 degrees C and grafting to obtain lipophilic modified graphene or graphene oxide dispersion, where graphene or graphene oxide dispersion or a powder material or a slurry dispersion solution, a mixed solution or slurry graphene graphene oxide dispersion and ethanol, where 5-15 wt.% graphene oxide or graphene is present, the dispersion solution is a mixed solution of graphene or graphene oxide and ethanol, where 0.1 to 5 wt.% graphene or graphene oxide is present, with transverse dimension of graphene or graphene oxide 0.5 to 50 microns, a thickness of 1-50 nanometers, 0.1 to 10 wt.% lipophilic modified graphene oxide or graphene dispersion is present; (C) using ultra-high molecule weight polyethylene in swelling process, the antioxidant and ultrahigh molecular weight polyethylene weight ratio is 1: 1000-1500 containing paraffin and adding to dissolve the kettle and heating to 100-150 degrees C, incubating for 1-2 hours until complete swelling high molecular weight polyethylene, ultra high molecular weight polyethylene wax is obtained; (D) stirring to obtain a uniform and stable lipophilic modified graphene or graphene oxide ultrahigh molecular weight polyethylene wax spinning oily liquid, where ultra high molecular weight polyethylene molecular weight is 100 million -400 million, paraffin oil ultrahigh molecular weight polyethylene in the spinning solution has a solids content of 5-15%, antioxidant is butylated hydroxyanisole or methyl phenol, antioxidant and ultrahigh molecular weight polyethylene weight ratio is 1: 1000-1500, 0.1 to 10 wt.% lipophilic graphene oxide or graphene; and (E) taking obtained lipophilic modified graphene or graphene oxide ultrahigh molecular weight polyethylene wax from the oil dope after quenching conventional spinning nozzle hole ejection device solidified collagen filaments, then freeze silk collagen is extracted by hydrocarbon cleaning agent to remove the mineral oil, after extraction process to remove dried yarn extracting agent, and then through 20 -40-fold over three times the draft obtained graphene hybrid ultrahigh molecular weight polyethylene fibers.