CERALABEL®- 100, 200, 300
SIGMAX Ltd.
Fired ceramic barcode label.
Barcode patterns are printed using ceramic ink on a ceramic substrate.
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Heat resistance |
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Maximum heat resistance: 800°C (Type 100),1100°C (Type 200),1400°C (Type 300) |
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Chemical resistance |
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| Properties |
Type 100 |
Type 200 |
Type 300 |
| Acid |
H2SO4 (5%, 20°C) |
No effect after 7 days |
No effect after 300 days |
| HCl (20%, 20°C) |
No effect after 10 days |
No effect after 300 days |
| HNO3 (60%, 20°C) |
No effect after 5 days |
No effect after 300 days |
| Alkali |
NaOH (20%, 20°C) |
No effect after 100 days |
| Solvent |
--- |
No effect |
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Weather resistance |
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1) No effect after 30 cycles salt spray test of under the below conditions. |
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| Condition |
Temperature |
Humidity |
Time |
| 5% salt spray test |
35±1°C |
Over 95% |
2 hours |
| Dry hot air |
60±2°C |
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4 hours |
| Wetting |
50±2°C |
Over 95% |
2 hours |
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2) No effect after 4000 hours of weather meter test. (Equivalent to 15 years of outdoor use) |
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| Material |
Alumina ceramic substrate |
| Thickness |
0.63, 1mm |
| Mounting |
Screw
Double-sided adhesive tape
Soldering
Pocket method
Glueable to ceramics |
| Barcode |
All kinds of barcodes including 2D codes |
| PCS |
More than 75% |
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| CERALABEL-100 |
High temperature process for semiconductors
Chemical cleaning process for lens and LCD glass |
| CERALABEL-200 |
Wafer carrier identification
LCD panel production management |
| CERALABEL-300 |
Firing process for ceramic ware
Firing process for heat resistant bricks |
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- Heat and chemical treatment processes for semiconductors.
- Chemical treatment process for lenses, wafer carriers and LCD panels.
- Customer management at saunas.
- Heat treatment processes for steel, ceramic and chinaware.
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