COSMIC UV-REACTIVE ART MEETS EVERYDAY SURFACE PROTECTION

The Blu-V Nebula 8-Inch Moodmat brings cosmic color and UV-reactive style to your glass collection, workstation, display shelf, or tabletop. Featuring a nebula-inspired design with a color screen application, this round Moodmat creates an eye-catching display under standard lighting and reacts under UV or blacklight illumination.

Made from upcycled neoprene and rubber materials, the mat provides a soft, cushioned landing area that helps protect glass and furniture from scratches, minor bumps, and everyday wear. Its compact 8-inch shape makes it a functional and artistic addition to nearly any setup.

Highlights

• Features the cosmic Blu-V Nebula design
• UV-reactive artwork responds under blacklight illumination
• Color screen-printed application
• Soft, cushioned surface helps protect glass and tabletops
• Made using upcycled neoprene and rubber materials
• Compact circular shape fits easily into most setups
• Ideal for workstations, display shelves, cases, and collection areas
• Recycled and finished in New Jersey, USA

Specifications

• Brand: Moodmats
• Design: Blu-V Nebula
• Shape: Round
• Diameter: 8 inches
• Material: Upcycled neoprene-based material
• Artwork: Color screen application
• Special Feature: UV reactive
• Finish Location: New Jersey, USA
• Country of Origin: USA

The 8-inch round size, Blu-V Nebula design, color screen application, and UV-reactive finish are confirmed by the product listing.

What’s Included

• 1 × Blu-V Nebula 8-Inch Moodmat

Disclaimer

This listing is for the printed Moodmat only. Glass artwork, accessories, UV lights, and decorative items shown in product photos are not included. A suitable UV or blacklight source is required to display the UV-reactive effect. Colors and UV response may vary slightly due to lighting conditions, photography, printing variations, and individual screen settings. Because upcycled materials are used, minor variations in texture or appearance may occur. Keep away from open flames and direct contact with active heating elements.