HellermannTyton TAG138LA4-1105-WH lämpösiirtopolyesteriset kaapelitarrat, 38,1 x 19,05 mm, valkoinen, 1000/rulla 594-13876

Built for permanent identification in demanding environments, the TAG138LA4-1105-WH from HellermannTyton is a thermal transfer printable polyester label specifically engineered for cable and wire marking. Its white PET face with acrylic adhesive withstands temperatures from -40°C to +150°C, making it suitable for applications where ordinary labels fail. The label measures 38.1 mm wide and 19.05 mm high, with an overall tag length of 93.13 mm for easy wrapping around cables. Perforated between labels for convenient separation, each roll contains 1000 labels on a 76 mm core. The material resists chemicals, abrasion, and high heat, ensuring legibility over time. Compatible with HellermannTyton TTRC+ series ribbons for optimal print durability.

Highlights

• Thermal transfer printing for crisp, permanent text and barcodes
• Polyester (PET) material with acrylic adhesive for strong bonding
• White colour for high contrast and easy scanning
• Perforated between labels for quick detachment
• 1000 labels per roll on a 76 mm (3 inch) core
• Operating temperature range: -40°C to +150°C
• Resistant to high temperatures, chemicals, and abrasion

In daily use

These labels are ideal for cable and wire marking in industrial, automotive, and electrical installations. The polyester construction ensures they remain legible even when exposed to oils, solvents, and extreme temperatures. Use with a thermal transfer printer and HellermannTyton TTRC+ ribbon for best results. The perforations allow fast separation during high-volume labelling tasks.

Full specifications

• Label width: 38.1 mm
• Label height: 19.05 mm
• Overall tag length: 93.13 mm
• Material: Polyester (PET)
• Adhesive: Acrylic
• Print technology: Thermal transfer
• Temperature range: -40°C to +150°C
• Core diameter: 76 mm (3 inch)
• Labels per roll: 1000
• Perforation: Yes
• Halogen free: Yes

Final note

Choose the TAG138LA4-1105-WH for durable, high-temperature cable identification that stays put and stays readable.