Brother Premium Matt
102 mmPrice in EUR including VAT
Delivered between Mon, 4.5. and Wed, 6.5.
Only 3 pieces in stock at supplier
Only 3 pieces in stock at supplier
free shipping
Number3
Product details
The Brother Premium Matte Label Roll features an uncoated surface and is ideal for various applications, including shipping, warehousing, and retail. With a size of 102 x 74 mm and a total of 1100 labels per roll, it allows for efficient use in thermal transfer printers. These labels are self-adhesive and guarantee clear and durable printing results. The uncoated surface ensures that the labels are versatile, while the high quality of Brother products stands for reliability. The label roll is available in a pack of 6, providing a practical solution for larger printing needs. Using these labels supports a professional presentation and organization in various business fields.
- Uncoated surface for versatile applications
- 1100 labels per roll for high efficiency
- Self-adhesive for easy handling
- Compatible with thermal transfer printers.
Label size | 102 x 74 mm |
Adhesive property | Self-adhesive |
Number of labels | 1000x |
Item number | 14179027 |
Manufacturer | Brother |
Category | Label rolls |
Manufacturer no. | BUS-1J074102-121 |
Release date | 5.4.2022 |
Colour | White |
Label size | 102 x 74 mm |
Adhesive property | Self-adhesive |
Number of labels | 1000x |
Surface finish | Matt |
Suitable printing technology | Thermal transfer |
Label Roll Length | 37000 mm |
Label roll width | 102 mm |
Timber Trading Ordinance | Product is affected by the Timber Trade Regulation |
Country of origin | China |
Manufacturer commitment | SBTi |
CO₂ emissions | 19,33 kg |
Climate contribution | EUR 0,49 |
Items per sales unit | 6x |
Length | 7.40 cm |
Width | 10.20 cm |
Product Safety |
Length | 11 cm |
Width | 12 cm |
Height | 12 cm |
Weight | 1.24 kg |
Specifications may include unverified machine translations.
14-day cancellation right
30-day right of return
30-day right of return
24 Months statutory warranty
Legal concerns