(5 Pack) 12" x 10" Silver Holographic Confetti Glitter Rainbow Permanent Adhesive Vinyl Sheets for Cricut Expression Explore Silhouette Cameo make Decals Signs

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MADE IN USA 5 Sheets Silver Holographic Confetti Flake Adhesive Vinyl Sheets
Premium adhesive backed vinyl for Cricut Silhouette and all craft cutters
3 MIL Irredescent Vinyl 12 x 10 use on most clean dry smooth surfaces for Scrapbooking window graphics letters and decorations
These Vibrant Colors comes Packaged Flat on chipboard for shipping
GUARANTEE SATISFACTION OR YOUR MONEY BACK. If unhappy with this product then you can send it back. However, if you find this to be the best Vinyl you've purchased on Amazon that transform your crafting experience then purchase one as a gift for a friend. You won't find better all around adhesive backed vinyl sheets.

Description

When this catches the light it really pops!! What a fun and unique pack this is!
You Get 12" x 10" 5 each Holographic Confetti adhesive backed Metallic Film and 1 each 12" x 10" Transfer Paper>



WORKS WITH ALL CUTTERS. If you use cutting machines like the Cricut, Silhouette, Graphtec, Pazzles, Inspirations, Quickutz, Xyron, Craft ROBO, Scan n Cut or any other crafting cutters that take Oracal 651 or other similar vinyl sheets then this definitely is the product for you. You will love how our hassle free Sheets of vynil it Weeds and Cuts Super Easy. Create your very own custom Designs: Rainbow Holographic

We are proud and excited to offer this Great Value to you Today.

MONEY BACK GUARANTEE: Qbc Craft
is committed to providing a smooth buying experience with strong customer service.

Click 'Add to Cart' and start using Qbc Crafts to make your best crafting projects choose our Accessories and Supplies Today

note: that colors may appear slightly different on computer monitors This Item is holographic and by the very nature of the product (holographic) the Images Reflective levels of intensity changes drastically with the LIGHT SOURCE and ANGLES from which it is viewed and change realistically with any change in the relative position of the observer.