Slit label
Withstands up to 1,000°C in oxidizing atmospheres and 1,600°C in reducing atmospheres (material-dependent)
Material
Stainless steel SUS304, 316, Ceramic, Fluororesin
Thickness
Choose from 0.1～2.0mm
Heat resistance
For metal substrates:
・Up to 1,000°C in oxidizing atmospheres
・Up to 1,600°C in reducing atmospheres
・Up to 1,000°C in oxidizing atmospheres
・Up to 1,600°C in reducing atmospheres
Chemical resistance
Performance can be optimized through material selection to suit various chemical environments
(including acids, high-temperature alkaline solutions, oils, solvents, salt water, etc.).
(including acids, high-temperature alkaline solutions, oils, solvents, salt water, etc.).
Weather Resistance
No significant change observed after 500 hours of salt spray testing and 4,000 hours of weatherometer testing (equivalent to over 10 years of outdoor exposure).
Mounting
Screw fastening / Riveting / Spot welding / Pocket-type holder / and other methods
Barcode
Available for 1D barcode
・A label in which barcode symbols are formed by precision slits on metal substrates such as stainless steel, as well as on ceramic and plastic substrates.
・Labels with fluoropolymer substrates withstand alkaline solutions, thermal shock, blasting processes, and hydrofluoric acid (HF).
・Labels with metal substrates offer excellent heat resistance and can be used in specialized gas environments such as carburizing furnaces and heat treatment processes including quenching.
・Labels with fluoropolymer substrates withstand alkaline solutions, thermal shock, blasting processes, and hydrofluoric acid (HF).
・Labels with metal substrates offer excellent heat resistance and can be used in specialized gas environments such as carburizing furnaces and heat treatment processes including quenching.
