US label
High-Performance Labels for Harsh and Ultra-High-Temperature Environments
Size: Custom sizes and shapes available
Code: DataMatrix ECC-200, QR Code
Recommended Scanner: DPM barcode reader (capable of reading direct part mark 2D codes)
Code: DataMatrix ECC-200, QR Code
Recommended Scanner: DPM barcode reader (capable of reading direct part mark 2D codes)
US-E
Material
Stainless steel SUS304, 316
Thickness
1.0～3.0mm
Heat resistance
Max. 1,100℃ under oxidation and reducing atmosphere
Chemical resistance
・Acid Resistance: Outstanding
・Alkali Resistance: Excellent (Withstands High-Temperature Alkaline Environments)
・Solvent Resistance: Outstanding
・Alkali Resistance: Excellent (Withstands High-Temperature Alkaline Environments)
・Solvent Resistance: Outstanding
Mounting
Screw fastening / Riveting / Spot welding / Pocket-type holder / and other methods
USC-3000
2D Codes: DataMatrix, QR Code
USC-3000
Material
Alumina ceramic
Thickness
2.0～20.0mm
Heat resistance
Max. 1,650℃
Chemical resistance
・Acid Resistance: Outstanding
・Alkali Resistance: Excellent
・Solvent Resistance: Outstanding
・Alkali Resistance: Excellent
・Solvent Resistance: Outstanding
Mounting
Screw fastening / Pocket-type holder / and other methods
Barcode
DataMatrix
USG
Material
Carbon graphite
Thickness
2.0～3.0mm
Heat resistance
Max. 2,500℃ under reducing atmosphere
Mounting
Screw fastening / Pocket-type holder / and other methods
Barcode
DataMatrix
・US Label is an ID tag engraved with a 2D code, designed to withstand harsh operating environments.
・It offers the highest level of heat resistance among our product lineup.
・Suitable for use in reducing atmospheres, high-temperature vacuum environments, and carburizing processes.
・It offers the highest level of heat resistance among our product lineup.
・Suitable for use in reducing atmospheres, high-temperature vacuum environments, and carburizing processes.
Industry
・US-E: Jig and fixture management in carburizing processes
・USC-3000: Management of setters and saggers in ceramic component firing processes
・USG: Process management in ultra-high-temperature environments exceeding 2,000°C (reducing atmospheres)
