Elongate attachable flexible magnetic article holder

A portable elongate article holder configured to organize an elongate article comprising:

• a flexible non-magnetic band, further comprising:
• an integral closed loop for attaching the portable elongate article holder to the elongate article by a portion of the elongate article passing through an orifice formed between the integral closed loop and a portion of the flexible non-magnetic band;
• two terminal ends disposed opposite of each other with the flexible non-magnetic band disposed between the two terminal ends, with each terminal end comprising a mating surface;
• a means for removably coupling two mating surfaces together such that when the two mating surfaces are contacting and substantially parallel to each other, the flexible non-magnetic band forms a formed receiving cavity;
• wherein the formed receiving cavity circumscribes at least one different portion of the elongate article or a portion of a different elongate article;
• wherein the means for removably coupling two mating surfaces together comprises at least one magnet embedded within one of the two terminal ends and a magnetically attractable material embedded within a remaining terminal end of the two terminal ends;
• wherein each terminal end further comprises:
• at least one magnetic closure promoting tubular dimple running a proximate distance from the mating surface directly towards a housing cavity housing the at least one magnet or the magnetically attractable material;
• wherein the housing cavity is located within the terminal end;
• wherein a presence of the at least one magnetic closure promoting tubular dimple enhances the means for removably coupling two mating surfaces together by including less solid material to compress when the two mating surfaces are brought together, which allows for greater compression, which in turn reduces a separation distance between respective cavities, which in turns allows for a stronger magnetic field in the means for removably coupling two mating surfaces together;
• and
• wherein the flexible non-magnetic band, including the integral closed loop, and the two terminals ends are all integral with respect each other.