▎ 摘　　要

NOVELTY - Producing flame-retardant graphene modified far-infrared electric heating film comprises e.g. selecting the graphene slurry, storing the graphene slurry in a constant temperature and humidity environment, and pre-prepare the graphene slurry during storage, determining whether it meets the production requirements, and after the completion of the backup in order to ensure the stability of the graphene slurry, tracking detection and archiving the test data, taking out the stored graphene slurry, and detecting adhesion of the slurry to ensure the graphene, grinding the graphene slurry, preliminary pre-adjustment, collecting the sample of the graphene slurry, inspecting the sample, analyzing the performance and make the specimen verification to ensure the accuracy of the pre-adjusted slurry, selecting the environmentally friendly polyester substrate again, and eliminating the static electricity from the environmentally friendly polyester substrate. USE - The method is useful for producing flame-retardant graphene modified far-infrared electric heating film. ADVANTAGE - The method increase the quality of electric heating film, and has high degree of automation. DETAILED DESCRIPTION - Producing flame-retardant graphene modified far-infrared electric heating film comprises e.g. (i) selecting the graphene slurry, storing the graphene slurry in a constant temperature and humidity environment (temperature 25 plus minus 1 degrees C, relative humidity 75 plus minus 1%), and pre-prepare the graphene slurry during storage, determining whether it meets the production requirements, and after the completion of the backup in order to ensure the stability of the graphene slurry, tracking detection and archiving the test data, (ii) taking out the stored graphene slurry and re-inspecting at the same time as the storage, and the fineness, viscosity, square resistance, solid content and detecting adhesion of the slurry to ensure the graphene, the quality requirements of the slurry, grinding the graphene slurry, the high-speed stirring dispersion, defoaming, vibration filtration, preliminary pre-adjustment, collecting the sample of the graphene slurry, inspecting the sample, analyzing the performance and make the specimen verification to ensure the accuracy of the pre-adjusted slurry, after passing the test, the graphene slurry is accurately proportioned again, dispersing the accurately proportioned slurry at a high speed to ensure the mixing of the slurry, forming the mixed solution, testing the mixture again, and the sample after the test is retained and sealed for later viewing, (iii) selecting the environmentally friendly polyester substrate again, eliminating the static electricity from the environmentally friendly polyester substrate.