▎ 摘　　要

NOVELTY - Heat storage type anti-ultraviolet graphene polyester fiber filler, comprises an upper surface anti-ultraviolet layer, an intermediate heat-insulating layer and a lower surface anti-ultraviolet layer, and the intermediate heat-insulating layer is bonded between the upper surface UV protection layer and the lower surface UV protection layer. USE - The filler is used in modern garment manufacturing industry, clothes filling field, clothes filling industry, etc. ADVANTAGE - The filler is simple and convenient to use, environment-friendly and non-toxic, and has high primary adhesive force and adhesive force, and ensures good cohesion in the high temperature environment. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for the manufacturing method of heat storage ultraviolet resistance graphene terylene fibre filler, comprising (i) stirring graphene powder raw material, polyester powder and dispersant at a high speed in the mixing machine to achieve uniform mixing, extruding through a high-temperature melting mechanism at 260-270℃, and then pressurizing by a melt booster pump, passing into spinning structure, cooling and shaping to obtain graphene filaments, oiling so that the graphene filaments have a certain toughness, and finally winding into coils, using the graphene filaments as warps, using bamboo fiber silk as the weft thread, installing the warp thread and the weft thread at the warp and weft thread position of the water jet loom, and pulling weft thread through the shed by spraying water drops, so that the warp thread and the weft thread are woven together to obtain an anti-ultraviolet fabric layer; (ii) choosing polyester DTY300D silk as the warp thread, adopting pure cotton thread as the weft thread, and installing the warp thread and the weft thread on the water jet loom at the position of the warp and weft threads, puling the weft threads through the shed by spraying water droplets, so that the warp threads and the weft threads are woven together to form an intermediate insulation layer; (iii) laying the UV protection layer on the lower surface bottom, applying the water-based glue evenly on the top, and then spreading the middle insulation layer on the lower surface of the UV protection layer, and using the water-based glue to bond the two, the insulation board is smoothed to ensure flatness, and then the upper surface UV protection layer is bonded to the middle insulation layer through the water-based glue, and waiting for 30-50 minutes after smoothing to ensure that the water-based glue is stable in nature, thus preparing the filling, then cutting the filling into the required size, discarding or collecting the leftovers and waiting for the second application; (iv) placing the cut filling into the bleaching tank filled with bleaching solution, and keeping the bleaching tank temperature inside at 40-60℃, At the same time, the built-in stirring structure keeps the dye stirring, After every 30 minutes of stirring, allowing to stand for 60 minutes to ensure the bleaching effect, where the finished product can be obtained after two sufficient washings and drying; and (v) testing the performance of the final product.