this invention describes an intermediary device between a textile sheet and a secondary structure which allows a textile sheet to perform as a load bearing panel . the invention replaces the typical and laborious task of gluing and / or sewing reinforcements and / or affixing grommets and / or riveted plates into textile sheets to create a load bearing edge . these goals are achieved by the invention by wrapping the edge of a textile sheet around a rod and securing the rod and textile within a locking clamp . the clamp is comprised of a thin rectangular component with a living hinge in the center and with complementary flat sides and curved sections to hold a rod , and complementary surfaces integrated into a hole in the clamp to create a locking mechanism . the first hole in the clamp is elongated on one side forming a neck with a lip ; the second hole is enlarged to receive the neck and has a catch for the lip . when folded on itself , the rectangle forms a u - shaped sleeve that becomes a compressive clamp around the rod and textile once the locking mechanism is engaged . to apply the clamp to a textile sheet , the edge of the textile is folded around the rod with sufficient overlap , a hole is made in the textile where the fastener will be and then the rod and textile are inserted into the curved sections of the u - shaped sleeve . as the two flat sides of the u - shaped sleeve are pressed together , curved sections hold the rod , and the locking mechanism is engaged through the hole in the textile and the clamp is secured to the textile sheet forming the load bearing edge of a panel . the elongated neck of the first hole of the clamp conceals the hole cut in the textile for a professional finish . the first and second holes also form an opening where an anchoring fastener can be inserted to secure the panel to a substrate . in use a series of clamps are placed along the edge of textile sheet and rod , the number and spacing of the clamps in relation to the size of the panel determines the load capacity of the panel . the textile clamp is of such size as to be easily managed . however , the invention could be made larger or smaller , longer or shorter , and multiple assemblies can be placed end - to - end as required by the application . in manufacturing , it is preferred that the clamp is manufactured as a single unit by injection molding utilizing a durable thermoplastic with high resiliency . it is preferred to use materials resistant to uv and other forms of degradation . further , it is preferred that the rod is comprised of a material with high resiliency and resistant to compression . while these materials and methods are preferred embodiments of the invention , other materials and methods maybe used to more efficiently produce the parts and the future may yield new materials that may enhance performance . any of these improved items may be incorporated into the invention without altering the spirit of the invention . while the invention offers a solution primarily for use in the construction of high load bearing textile panels such as textile - based hurricane panels to protect windows and other openings , the clamp has many other uses in many fields of endeavor where industrial textiles are currently used ; such as commercial fishing , fish farming , tent and tarpaulin manufacturing and repair , riparian management , land stabilization , commercial awnings , billboards , signage , sail making , oil and agriculture industry , ocean engineering , and others . nothing should be construed from this description to limit the scope of this invention .