A label having a Taber stiffness greater than 0.5 as measured by ASTM D747-93 and comprising: A topcoat having first and second facial surfaces (11A;11B), the first facial surface having a surface roughness Ra as measured by JIS B0601 2001 on a MITUTOYO SJ-400 in a range of 10 micro-inches (μ-in) (0.254 microns (μm)) and 100 μ-in (2.54 μm), the surface roughness of the topcoat having been obtained through the inclusion of filler in the topcoat composition; A facesheet having first and second facial surfaces (12A;12B) and comprising a polymer with a Tg of at least 65°C as measured by a Differential Scanning Calorimeter per ASTM D3418, the polymer comprising a polyester pigmented white and/or a polyimide, a polycarbonate, an acrylic or a polyethylene napthalate, the first facial surface of the facesheet in contact with the second facial surface of the topcoat; Optionally, a detectable layer having first and second facial surfaces (13A;13B) and comprising at least 57 grams per square meter of metal particles having an average particle size of between 5 μm (microns) and 40 μm (microns) as measured using a Coulter LS 13 320, the first facial surface of the detectable layer in contact with the second facial surface of the facesheet; An adhesive having first and second facial surfaces (14A;14B) and a shear adhesion failure temperature (SAFT) of at least 120°C, as measured by ASTM D4498-95 using a Chemlnstruments Shear Oven System (model SOS-8), the first facial surface of the adhesive in contact with the second facial surface of the facesheet or, where present, with the second facial surface of the detectable layer, the adhesive includes pressure sensitive crosslinked acrylics, hybrid rubber/acrylic, rubber or thermoset adhesives; and An optional release liner with first and second facial surfaces (15A;15B), the first facial surface of the optional release liner in contact with the second facial surface of the adhesive. A topcoat having first and second facial surfaces (11A;11B), the first facial surface having a surface roughness Ra as measured by JIS B0601 2001 on a MITUTOYO SJ-400 in a range of 10 micro-inches (μ-in) (0.254 microns (μm)) and 100 μ-in (2.54 μm), the surface roughness of the topcoat having been obtained through the inclusion of filler in the topcoat composition; A facesheet having first and second facial surfaces (12A;12B) and comprising a polymer with a Tg of at least 65°C as measured by a Differential Scanning Calorimeter per ASTM D3418, the polymer comprising a polyester pigmented white and/or a polyimide, a polycarbonate, an acrylic or a polyethylene napthalate, the first facial surface of the facesheet in contact with the second facial surface of the topcoat; Optionally, a detectable layer having first and second facial surfaces (13A;13B) and comprising at least 57 grams per square meter of metal particles having an average particle size of between 5 μm (microns) and 40 μm (microns) as measured using a Coulter LS 13 320, the first facial surface of the detectable layer in contact with the second facial surface of the facesheet; An adhesive having first and second facial surfaces (14A;14B) and a shear adhesion failure temperature (SAFT) of at least 120°C, as measured by ASTM D4498-95 using a Chemlnstruments Shear Oven System (model SOS-8), the first facial surface of the adhesive in contact with the second facial surface of the facesheet or, where present, with the second facial surface of the detectable layer, the adhesive includes pressure sensitive crosslinked acrylics, hybrid rubber/acrylic, rubber or thermoset adhesives; and An optional release liner with first and second facial surfaces (15A;15B), the first facial surface of the optional release liner in contact with the second facial surface of the adhesive.