Fellowes Computer Desk Mat with Non-Slip Base Breyta Desk Mat with Antibacterial Protection Grey
Product Code:
DM1202
Pack Of
4
The Fellowes Breyta Desk Mat is designed to protect your work surface from dirt and scratches while providing a glare-free area for enhanced focus. It offers a comfortable surface ideal for both writing and typing, and also improves mousing performance.
With built-in antibacterial technology that works 24/7, the mat helps reduce the number of germs on its surface, adding an extra layer of hygienic protection. The non-slip base ensures the mat stays securely in place throughout the day, and reinforced flat-stitched edges provide durability by preventing fraying.
Measuring H25 x W800 x L400mm, the Breyta Desk Mat offers generous coverage for your desktop. This desk mat comes with a 5-year warranty and access to top quality customer support for any queries you may have.
- General
- The Fellowes Breyta Desk Mat is designed to protect your work surface from dirt and scratches while providing a glare-free area for enhanced focus. It offers a comfortable surface ideal for both writing and typing, and also improves mousing performance.
With built-in antibacterial technology that works 24/7, the mat helps reduce the number of germs on its surface, adding an extra layer of hygienic protection. The non-slip base ensures the mat stays securely in place throughout the day, and reinforced flat-stitched edges provide durability by preventing fraying.
Measuring H25 x W800 x L400mm, the Breyta Desk Mat offers generous coverage for your desktop. This desk mat comes with a 5-year warranty and access to top quality customer support for any queries you may have.
| built-in antibacterial technology for an added level of hygienic product protection |
| Colour: Grey |
| Durable flat-stitch edges prevent the desk mat from fraying |
| made from 83% post-consumer recycled content |
| protects against dirt and scratches whilst creating a glare free work surface |
| Provides a comfortable surface for writing and typing whilst enhancing mousing performance |
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