USA Taekwondo Custom Challenge Coins Both Side Full Soft

Enamel 38.1MM

Challenge coin made by Zinc alloy material, size is 38.1MM and thickness is 3MM both size

with soft enamel, the recess is sandblasted effect, attachment can be envelope bag or pvc box.

Cloisonne Hard Enamel medal

The high luster and durability of Cloisonné is an ancient art that requires meticulous hand-crafted detailing.

Your custom designed pin is hand-filled with colored cloisonné pastes and then kiln-fired at very high

temperatures. After firing, each medals is hand-polished and plated resulting in an exquisite piece of

jewelry.

Soft Enamel medals

These medals offer brilliant color and fine, raised metal detailing. The recessed areas of your custom

designed medals are hand-enameled and then kiln-fired. Each pin is hand-polished and then plated. The

end result-a truly outstanding product at a very affordable price.

High Polished medals

Fine detailing and high-quality finishing gives these pins a "jewelry-quality" appearance and high perceived

value-without the high cost. The appearance of your custom die struck medals is characterized by

sandblasted backgrounds with raised-relief areas that have been highly polished.

Antique medals

The antique process offers enhanced detail and contrast. Each medal is plated with an antique finish of

your choice and then the dark raised areas are polished off leaving them lighter while the recessed

background areas remain dark.

Cast medals

The casting process is perfect for "cut-out" style letters or designs that exhibit a 3-dimensional quality. Your

custom cast medals is available in either a bright or antique finished surface. Further enhancement options

might also include adding brilliant enamel colors.

Offset Printed medals

The offset printing process offers full-color reproduction with outstanding detail and accuracy. This process

produces a medal that is an exact reproduction of your photograph or full-color artwork. Each medal is

applied with a clear epoxy finish to protect its surface