Cloth materials,
durable labels for liquid nitrogen
T6 nylon cloth: tear and abrasion resistant, immersible in liquid nitrogen, for cryovials, cables, pipes and long-life identification.
Why cloth survives liquid nitrogen
Textile facestock stays flexible at cryogenic temperature; with a low-temperature acrylic adhesive it resists curling through freeze-thaw cycles.
Grades such as T629 are used on biobank cryovials and aerospace cables.
The topcoat supports thermal transfer and dot-matrix printing with good abrasion resistance.
- Code rangeT6xxcloth / nylon
- Temperature-196→145°C
- FeatureTear resistantabrasion and freeze-thaw
- Printing2thermal transfer / dot matrix
Cloth material codes
All T6 codes with construction and temperature range; click a code for details.
| Material code | Construction / key data | Temperature range |
|---|---|---|
| T601 | 热转印 · TPU · 9.4mil · 哑面 · 白色 · 160℃以上 · 热熔胶 · 无底纸 | From 160 °C |
| T602 | 热转印 · 尼龙布 · 6.5min · 哑面 · 白色 · -40℃~145℃ · 永久性丙烯酸压敏胶 · 格拉辛底纸 | -40 °C to 145 °C |
| T603 | 热转印 · 尼龙布 · 6.5min · 哑面 · 白色 · -40℃~145℃ · 永久性丙烯酸压敏胶 · 格拉辛底纸 | -40 °C to 145 °C |
| T604 | 热转印 · 乙烯基布 · 6.5min · 哑面 · 白色 · -40℃~176℃ · 压敏胶 · 白厚底纸 | -40 °C to 176 °C |
| T609 | 热转印 · 乙烯基布 · 6.5min · 哑面 · 白色 · -40℃~176℃ · 压敏胶 · 白厚底纸 | -40 °C to 176 °C |
| T625 | 热转印 · 乙烯基布 · 6.5min · 哑面 · 白色 · -40℃~176℃ · 压敏胶 · 格拉辛底纸 | -40 °C to 176 °C |
| T627 | 热转印 · 尼龙纤维 · 6.5min · 哑面 · 白色 · -40℃~145℃ · 永久性丙烯酸压敏胶 · 格拉辛底纸 | -40 °C to 145 °C |
| T629 | 热转印 · 尼龙布 · 6.5min · 哑面 · 白色 · -40℃~145℃ · 永久性丙烯酸压敏胶 · 格拉辛底纸 | -40 °C to 145 °C |
Codes come from the BRD material library; refer to the TDS for detailed data.
Where cloth is irreplaceable
Cryogenic, abrasion resistant and printable at the same time.
Stable in liquid nitrogen
Cloth with a cryogenic adhesive stays bonded through immersion and freeze-thaw.
Tear resistant
Survives tight cables and pipes without breaking.
Legible print
Coating matched to resin ribbons for small text and barcodes.
Questions
How is cloth printed?
Thermal transfer with a resin ribbon, or dot matrix; adjust parameters per the TDS.
Can it wrap small cables?
Yes, the flexible cloth suits small cables and bending areas.
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.