to a surface as is known to one of skill in the industry the method then ends at 280 one exemplary method for producing the tag 100 utilizes a jacquard loom to produce the tag 100 using 144 or 288 denier warp density in 16 12 5 5 or other weft shafts this forms a damask structure having a density range of low to medium to high with pick insertions ranging from 2 0 to 12 0 or higher per millimeter the plurality of indicia 120 may be applied using a single double or triple shuttle logo lettering design technique and other special woven texture s may or may not be used as desired in producing the plurality of indicia 120 on the tag 100 or the tag stock material dye sublimation also known as sublistatic heat transfer can be used to create the indicia or to enhance the cork pattern design on the tag 100 this additional step as illustrated in step 240 is optional in the method the tag 100 may then be applied to the wearable article 10 through the optional use of a non woven heat seal backing not shown which would be removed from the back side 140 of the tag 100 prior to affixing the tag 100 to the wearable article 10 furthermore the tag 100 may be laser cut to customize the tag 100 in size or shape including irregular shapes depending on the particular design that would be desirable the shape of the design may include and alphanumeric geometric or fanciful shape as desired.