Genuine Zebra 800264-105 Thermal Transfer Labels 4"x1" 2580p/r (Box of 12 Rolls)
Lowest Price Guaranteed*
We check our closest competitors every day to make sure you get the best deal possible.
If you still find anyone cheaper, we'll match the price on request - Even on ink and toner cartridges!
To request a price match, call us on 0800 840 1992 or email us at firstname.lastname@example.org
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Free Next Day Delivery on orders over £125*
Free next business day delivery is available on all orders over £125.00 + VAT on the UK mainland.
Most items are shipped to you via ‘Next Working Day’ courier service. The cut-off for next working day delivery is 4:30pm. In the event of an item not being available via this service, we will endeavour to contact you at the earliest opportunity.
We also deliver to the Channel Islands, Scottish Islands, Isle of Man, Northern Ireland and Eire. Areas such as the Scottish Highlands or where a body of water is crossed are subject to a 2-3 working day delivery time.
No guarantees are given for next day delivery. However, our mission is to achieve this where possible.
Return unopened cartridges within 6 months*
Should you purchase from us and need to return your cartridges, you can do so within 6 months of purchase.
Items must be in an unopened and unused condition and any packaging, both internal and external, must be in its original unopened, undamaged and unmarked condition.
The return must be arranged in advance by calling our Customer service team on 0800 995 1992
The return of goods is entirely at our discretion. The sender must cover the carrier charges incurred to return the items safely.
Zebra's direct thermal labels are ideal for indoor applications and are available in paper or synthetic formats. Paper offers an inexpensive way to print in a variety of general-purpose applications, while synthetic offers more durable, long-lasting results with resistance to abrasion, moisture, and chemicals.
Direct thermal technology does not require a ribbon. Instead, a chemically coated heat-sensitive material produces images as heat is applied to the surface. Ideal for indoor applications where temperatures will not exceed high levels.