Vinyl nameplates and vinyl labels from Hallmark Nameplate go beyond getting your message across and add a level of protection to your printed piece that ensures it lasts a long time and holds up against everyday wear and tear. Although not as strong as polycarbonate labels, polyester labels and aluminum labels (which you may wish to consider for harsher conditions or outdoor applications), vinyl nameplates are tear resistant, self-extinguishing and are far more durable than regular paper labels. They are great for general labeling, product identification and indoor signage. Considerations: Vinyl labels and vinyl nameplates may be exposed to the elements, but saturation is not recommended. Vinyl labels and nameplates have limited clarity, they scratch easily and have poor UV resistance. Vinyl nameplates and vinyl labels are also excellent for applications which require serial labeling or bar code labels. For an extra high quality look polyurethane doming is available. Hallmark

If your application calls for a particularly durable material that can hold up under fairly harsh conditions such as heat and chemical exposure you may wish to consider polyester nameplates or mylar nameplates (plastic nameplates) from Hallmark Nameplate. Plastic nameplates are chemical resistant, tear resistant, are appropriate for both indoor and outdoor applications and resist shrinking, stretching and abrasions. All of these features come at a price though: plastic nameplates offer less creative freedom for the designer inasmuch as they are harder to die cut, difficult to form and require special pre-printing treatment. Polyester nameplates and mylar nameplates are perfect for membrane switch overlays, product identification, general labeling, packaging, electronics, magnetic media and packaging. They are especially appropriate for indoor and outdoor applications where they will occasionally be exposed to chemicals, heat, sunlight, and other elements. Polyester nameplates and mylar nameplates may not be the best choice for certain application