Metallic foils are thin layers of metallic plastic fused to a sheet of cellophane. Apply liquid glue like Plexiglue, fusible web like Vliesofix or a bonding powder like Supermend to the fabric, then iron the metallic foil to the adhesive. Each adhesive has a different procedure of applying onto the fabric. After the foil gets cool, peel away the cellophane.

Foils are bright and will not tarnish over time. Metallic foils add sparkle and interest to fabric. These foils need not be sealed and are virtually indestructible. They maintain their brilliance after being stamped, even on the driest paper.

Metal foils come in gold, silver and assorted colors. These foils are permanent when applied, but cannot be ironed afterward. The foil should be of the type that requires heat burnishing. Different materials are used to make the foils but graphite and aluminum foils are most commonly used, aluminum because of its simplicity and graphite because of its good thermal properties. Smooth papers yield the highest foil reflectivity, and are recommended when small type or fine detail is present in the artwork.

Technique
Draw a mirror image of the design onto the paper backing of the adhesive. Design should be preferably of the size that fits beneath the sole plate of the iron. The adhesive is placed over the image and traced with a pen. The design is then cut and ironed onto the fabric with the shiny side down. When cool peel away the paper and then place the foil shiny side up on top of the design and iron according to the requirement. Carefully peel away the foil after it gets cool.

Metallic foils can provide a rich finish for any scrapbook layout. These are high quality foils used for heat press or apply glue application onto textiles or any surface decoration project. They have enhanced innumerable end products such as picture frames, columns, crown moldings, furniture, wall finishes, mural embellishments, etc. business cards can also be enhanced using dazzling metal foils on white or colored background. They are often used in particle beam diagnostics and optical transition radiation or generation of secondary particles.