Buraq 100mm X 50mm Direct Thermal Barcode Label in Kuwait (DTR)

Q1. What is a 100mm x 50mm label size typically used for?

100mm x 50mm labels are ideal for wide product labels, large tote and bin labels, and wide carton labels that require extended descriptions, bold barcodes, and sometimes multiple data fields. This size is popular in manufacturing, distribution, and retail warehouses where labels must be read and scanned from a greater distance.

Q2. Is this size suitable for courier and logistics labels?

Some carriers and logistics providers use 100mm x 50mm for smaller parcels or internal transfer labels, but 100mm x 150mm (4×6 inch) is the global standard for full shipping labels. You can use 100x50mm for internal routing, carton IDs, or return labels while reserving 100x150mm for external shipping labels.

Q3. Which printers support 100mm‑wide direct thermal labels?

Most 4‑inch desktop and industrial thermal printers are designed to handle media widths up to about 104mm, so 100mm labels fall within their supported width. As always, confirming printer specifications, core size, and maximum roll diameter ensures smooth operation.

Q4. Can I include branding, logos, and multiple barcodes on 100mm x 50mm labels?

Yes, there is ample real estate to include company logos, brand elements, one or two barcodes, and a mix of text fields such as product description, SKU, batch, and expiry. This makes 100x50mm labels suitable for customer‑facing packaging as well as internal tracking labels.

Q5. Are 100mm x 50mm labels appropriate for rack and location labels?

100x50mm can be very effective for rack, shelf, and bin labels where wide labels with larger fonts improve readability from several meters away. You can print bold location IDs, arrows, and larger barcodes to speed up picking and reduce errors.

Q6. How durable are these 100mm x 50mm direct thermal labels?

Like other direct thermal paper labels, they are ideal for short‑ to medium‑term applications—weeks to a few months—under indoor or shaded conditions. For long‑term location labels or outdoor areas, thermal transfer synthetic labels offer better resistance to heat, light, and chemicals.