High-temperature & specialty,
PI, composite and laser marking
T8 polyimide, T9 composite and Z-series laser-marking materials: 320 °C reflow, equipment plates, frangible tamper evidence and asset traceability.
When ordinary PET is not enough
Reflow, engine bays and long outdoor exposure need PI, composite or laser-marking materials.
PI polyimide withstands over 300 °C short-term and survives reflow without distortion.
Z-series labels are laser marked directly, with no ribbon, for nameplates and tamper evidence.
- Code rangeT8 / T9 / ZPI / composite / laser
- Temperature-70→320°C
- ProcessLaser markingno ribbon required
- FunctionsFlame retardant / frangiblehalogen-free, tamper evident
High-temperature & specialty codes
All T8 / T9 / Z codes with construction and temperature range; click a code for details.
| Material code | Construction / key data | Temperature range |
|---|---|---|
| T801 | 热转印 · PI聚酰亚胺 · 2.7# · 哑面 · 白色 · -40~100℃ · 阻燃 · 丙烯酸压敏胶 · 格拉辛底纸 | -40 °C to 100 °C |
| T802 | 热转印 · PI聚酰亚胺 · 4.3min · 哑面 · 琥珀色 · -70~300℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T803 | 热转印 · PI聚酰亚胺 · 4.2min · 亮面 · 白色 · -70~300℃ · 防静电 · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T804 | 热转印 · PI聚酰亚胺 · 3.3min · 亮面 · 白色 · -70~300℃ · 防静电 · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T805 | 热转印 · PI聚酰亚胺 · 3.3min · 哑面 · 白色 · -70~300℃ · 防静电 · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T806 | 热转印 · PI聚酰亚胺 · 4.3min · 亮面 · 白色 · -70~300℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T807 | 热转印 · PI聚酰亚胺 · 4.1min · 亮面 · 白色 · -70~300℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T808 | 热转印 · PI聚酰亚胺 · 4.3min · 哑面 · 白色 · -70~300℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T809 | 热转印 · PI聚酰亚胺 · 3.4min · 哑面 · 白色 · -70~300℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T810 | 热转印 · PI聚酰亚胺 · 3.0min · 亮面 · 白色 · -70~300℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| T811 | 热转印 · PET · 3mil · 哑面 · 白色 · -40~150 ℃ · 阻燃丙烯酸压敏胶 · 格拉辛底纸 | -40 °C to 150 °C |
| T812 | 热转印 · PI聚酰亚胺 · 25# · 哑面 · 白色 · -20~320 ℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -20 °C to 320 °C |
| T818 | 热转印 · 铝基 · 4.3min · 哑面 · 银色 · -70~300℃ · 丙烯酸压敏胶 · 格拉辛底纸 | -70 °C to 300 °C |
| D881 | — | To be added |
| T901 | 亚白 · 复合基材 · 70# · 哑面 · 白色 · 永久性橡胶基压敏胶 · 格拉辛底纸 | To be added |
| R902 | 弱溶剂喷绘 · 乙烯基 · 4mil · 哑面 · 白色 · -30~120℃ · 永久丙烯酸压敏胶 · 白厚底纸 | -30 °C to 120 °C |
| R903 | 弱溶剂喷绘 · 铝基 · 4.5mil · 亮面 · 自发光 · 永久丙烯酸压敏胶 · 白厚底纸 | To be added |
| T930 | 热转印-铜版纸镀银-70#-白色哑面-橡胶- 革底 | To be added |
| TD931 | 热敏纸纸镀银-70#-白色哑面-橡胶- 革底 | To be added |
| T932 | 热转印-合成纸镀银-70#-白色哑面-橡胶- 革底 | To be added |
| T939 | 激光刻印 · 聚酯复合基材 · 150# · 亮面 · 白色 · -5℃~210℃ · 透明厚底离型聚酯 | -5 °C to 210 °C |
| T945SL | 哑银 · 发泡聚酯复合不干胶- · 0.63mm · -20℃~100℃ · 永久性丙烯酸 · 泡沫背村 · 白厚底打孔 | -20 °C to 100 °C |
| T945WT | 哑白 · 发泡聚酯复合不干胶- · 0.63mm · 白厚底 | To be added |
| Z911-BK | — | To be added |
| Z911-SL | — | To be added |
| Z912-BK | — | To be added |
| Z912-SL | — | To be added |
| Z913-BK | — | To be added |
| Z913-SL | — | To be added |
| Z914-BK | — | To be added |
| Z914-SL | — | To be added |
| Z915-BK | — | To be added |
| Z916 | — | To be added |
| Z917 | — | To be added |
| Z918 | — | To be added |
| Z919 | — | To be added |
| Z920 | — | To be added |
| Z921 | — | To be added |
| Z922 | — | To be added |
| Z923 | — | To be added |
| Z924 | — | To be added |
| Z925 | — | To be added |
| Z926 | — | To be added |
| Z927 | — | To be added |
| Z928 | — | To be added |
| Z929 | — | To be added |
Codes come from the BRD material library; refer to the TDS for detailed data.
Three material families, three answers
Choose by process and service condition rather than pushing standard PET.
PI for heat
Reflow, engines and high-temperature processes with stable dimensions.
Laser marking
No ribbon; the marked layer is durable for nameplates and traceability.
Composite and frangible
Composite adds stiffness and tamper evidence; frangible grades leave evidence of removal.
Questions
Can PI survive reflow?
Yes; confirm peak temperature and duration in the model TDS.
What equipment does laser marking need?
A standard fibre laser marker; parameters depend on material and sample testing.
Not sure which material to use?
Tell us the substrate, service temperature, print method and service life, and a materials engineer will propose a combination, with samples and print validation.