36 Pcs Sublimation Blanks for Picture Frame 8.5 x 11 Inch Double Sided Sublimation Blanks Canvas Printable Inkjet Canvas Pads Heat Transfer Canvas Sheets for Painting DIY Photos Murals Backdrops Craft

Brand: Leelosp

Color: white

Features:

• Sufficient Quantity: there are 36 sheets of sublimation canvas blanks, coming in white, with fine texture, enough to meet your daily use, replace and share requirements; Each sheet measures approx. 8.5 x 11 inches
• Clear Printing Effect: the printable canvas sheets are made of oxford cloth, suitable for heat transfer printing; The printed photos will be vivid and clear, hard to fade, which can be kept for a long time
• Keep Track of Daily Events: the canvas sheets for printer are ideal for recording funny and memorable things; They can be applied for artwork photos, decorative murals, backgrounds, wedding photos, business photography, birthday gifts and so on
• Usage Precautions: the printing parameter is 200 degrees Celsius/ 392 degrees Fahrenheit for about 45-60 seconds, you can adjust it according to your actual needs; The canvas sheet can be applied with many standard heat transfer machines and cutting machines
• Good Performance: these canvas blanks for sublimation are loose and flexible like paper and not be hard backed, flat and smooth to touch, convenient for you to cut, bind and carry; They can reproduce a variety of colors accurately

Details: Features: These printable canvas sheets for inkjet printers are suitable for DIY crafts to decorate your home and office, showing your personal taste. You can use these heat transfer canvas blanks to make some beautiful artworks, and send them to your friends, family members, classmates and more on holidays, birthdays, weddings, anniversaries and other important days, enhancing your relationship. Specifications: Material: oxford cloth Color: white Size: approx. 8.5 x 11 inches Package includes: 36 x Printable inkjet canvas sheets Notes: Manual measurement, please allow slight errors on size. The color may exist a slight difference due to different screen displays.