Brother TZ2-221 Tape
The Brother TZ2-221 Label Tape provides a standardized solution for industrial identification and network infrastructure labeling. This consumable utilizes a specialized thermal transfer process to produce high-contrast text. The 9mm width facilitates precise marking for patch panel ports, slim cable bundles, and small-form-factor hardware. Consequently, IT professionals maintain organized racks and clear asset tracking. The construction involves a six-layer laminate system. This architecture ensures the printed characters remain legible under harsh environmental conditions. Therefore, procurement managers can standardize this media for long-term inventory management and facility maintenance.
Key Features
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Laminated Durability
The tape features a clear PET protective layer that shields the thermal ink from abrasion and environmental exposure. -
Industrial Resistance
- Resists chemical exposure including hexane, ethanol, and acetone.
- Maintains adhesion in temperatures ranging from -80 degrees to +150 degrees Celsius.
- Withstands UV exposure without fading or adhesive degradation.
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Standardized Adhesive
The acrylic adhesive backing bonds securely to flat, smooth surfaces found on server chassis and network switches.
Specifications
| Feature | Specification |
|---|---|
| Part Number | TZ2-221 |
| Tape Width | 9mm (0.35 in) |
| Tape Length | 8m (26.2 ft) |
| Color Palette | Black Text on White Background |
| Technology | Thermal Transfer Lamination |
| Adhesive Type | Standard Acrylic |
What’s in the Box
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1 x Brother TZ2-221 9mm x 8m Laminated Tape Cartridge
Why Choose This Media
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High-contrast output ensures barcode scanners and technicians read labels accurately in low-light data center environments.
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The split-back design reduces installation time during high-volume cable management projects.
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Lamination prevents ink smearing during cleaning protocols involving liquid solvents or detergents.
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Standardized sizing fits a wide range of P-touch thermal printers used in enterprise networking.
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Consequently, the durable material reduces the need for frequent relabeling due to environmental wear.





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