Cricut Infusible Ink Sheets - Pink Lemonade

If you own a Cricut Mug Press™, these sheets are designed for you. Customize mugs and more with pro-level transfers that last a lifetime. Personalize any compatible Infusible Ink™ blank with a name, logo, inside joke, or favorite quote using your Cricut® cutting machine and these ready-to-cut sheets. When transferred using high temperatures, these pre-inked sheets blossom into vibrant, vivid hues before your eyes. The end result is vivid, brilliant, seamlessly smooth transfers that are peel-proof, flake-proof, and wash-proof! What is the Infusible Ink process? Unlike an iron-on transfer or vinyl application, where artwork is attached on top of a compatible material using adhesive, an Infusible Ink heat transfer becomes one with the material itself. How it works: 1. Choose your materials. Select Infusible Ink Transfer Sheets or Infusible Ink Pens & Markers and a compatible Cricut blank. 2. Make your design. Cut Infusible Ink Transfer Sheets or draw with Infusible Ink Pens & Markers using laser copy paper. 3. Apply heat. Infuse your design into your Cricut blank with Cricut Mug Press™, Cricut EasyPress®, or heat press. The Infusible Ink system includes Infusible Ink Transfer Sheets in a variety of solid colors and patterns, as well as Infusible Ink Pens & Markers. Plus, a growing list of compatible Infusible Ink blanks, including mugs, T-shirts, tote bags, and coasters. Note: Sheets are light sensitive and will be damaged by contact with water. Store in a dark, dry place.

• 2 Infusible Ink Transfer Sheets ideal for Cricut Mug Press designs 4.5” x 12” (11.4 cm x 30.5 cm)
• Produces vibrant, pro-quality transfers that last a lifetime
• Requires compatible Infusible Ink blank (sold separately) and Cricut Mug Press, Cricut EasyPress, or heat press
• Transferred inks never flake, peel, crack, or wrinkle
• Sheets will be damaged by liquid/moisture. Store in dark, dry place. Conforms to ASTM D-4236. Not intended for consumption or to be used on skin. For adult use only. Vapor emitted during heat transfer.