Abstract: An apparatus for properly displaying ribbons, name tags, insignias, and badges on a garment; wherein predetermined arrangements of awards can be quickly and reliably established using a plurality of labeled holes, slots and measurements in a template. Military, police, firefighters, and other civil uniformed organizations use name tags, ribbons, awards, and insignias on their shirt, blouse, jackets, and head cover to display name, rank, and awards. This invention introduces an easy to use way to properly apply name tags, ribbons, awards, badges, pins, and insignias at predetermined positions in the template for military and civil uniformed services. This template will make it easier and quicker to accurately apply the said items to uniform garments with the use of predetermined holes, slots, and etched markings.

Abstract: An apparatus for properly displaying ribbons, name tags, insignias, and badges on a garment; wherein predetermined arrangements of awards can be quickly and reliably established using a plurality of labeled holes, slots and measurements in a template. Military, police, firefighters, and other civil uniformed organizations use name tags, ribbons, awards, and insignias on their shirt, blouse, jackets, and head cover to display name, rank, and awards. This invention introduces an easy to use way to properly apply name tags, ribbons, awards, badges, pins, and insignias at predetermined positions in the template for military and civil uniformed services. This template will make it easier and quicker to accurately apply the said items to uniform garments with the use of predetermined holes, slots, and etched markings.

Abstract: A structural member is reinforced with a thermoset polymer foam having (a) a density of 80-650 kg/m3, (b) a storage modulus, measured on a 12 mm wide×3.5 mm thick×17.5 single cantilever sample according to ASTM D 4065-01, under conditions of 1 Hz and a heating rate of 2° C./min, such that the ratio of the storage modulus at 0° C., expressed in MPa, divided by the density of the thermoset polymer foam, expressed in kg/m3, is at least 0.4, and (c) the ratio of the storage modulus of the thermoset polymer foam at 100° C. divided by the storage modulus of the thermoset polymer foam at 0° C. is at least 0.5. The foam is preferably a polyurethane-isocyanurate foam. The foam exhibits excellent resistance to cracking due to mechanical and thermal stresses.