Heat resistance barcode label featuring superior resistance to high temperature, thermal shock, fluorine, and high temperature alkaline solutions.
Barcode patterns are etched as slit in a stainless steel, ceramic, or plastic substrate.
The difference in reflection from the slit patterns enables reading. (Patent: Japan [3546272])
Maximum heat in oxidation environment: 1,000°C,
Maximum heat in reduction environment: 1,600°C.
Durable in special gas environment such as carburization and hardening processes.
Resistant to fluorine, high temperature alkali, oil, solvent, salt water and certain acid.
Resistant to mechanical shock during blasting process.
Easily readable during painting processes because of its paint resistant nature.
| Material | Stainless steel substrate(SUS304, 316), inconel, molybdenum, ceramic, fluororesin |
|---|---|
| Thickness | 0.1 to 2.0 mm |
| Mounting | Screw, spot welding, pocket insert |
| Barcode | All kinds of barcodes |
Since labels are read by a difference in the optical reflectance between slits and non-slits, the reflection from the back of label causes noise. Proper spacing is required between the back of the label and the product. Some limitations apply to barcode readers. Consult with us for selection of barcode reader.
