ColorSpark Soft Metallic Heat Transfer Vinyl is perfect for creating stunning custom shirts and apparel that are both beautiful and comfortable! Use this premium HTV to create a beautiful metallic shine on fabric projects without the slick stiffness found in other brands. ColorSpark Soft Metallic HTV has a reflective metallic finish in direct light and a softer texture than standard metallic vinyl materials. Heat Transfer Vinyl can be cut with scissors, professional-cutters, artist-blades, or craft-cutters before being adhered using a heat-press or hot iron. Each color of ColorSpark Soft Metallic Heat Transfer Vinyl is sold as a single 12" inch x 5' Foot Roll of the color you selected. To order multiple colors add each color to your cart separately. Quantity discounts automatically apply when you order 2 or more rolls. The more you buy the more you save!

Transform your next HTV project with ColorSpark UV Color-Changing HTV! UV Color Changing HTV is a special material that once the UV light activates completely changes colors to give the product and entire new look. This material also has a sticky carrier sheet that is very easy to cut and weed. You can create detailed designs based on your cutters abilities. This product has a smooth matte finish unlike the glitter shimmer that the UV Magic HTV. Colorspark UV Color-Changing Heat Transfer Vinyl is light-sensitive, making it a fun addition to all your to custom apparel and HTV designs. Simply step out into the light and the UV Color-changing HTV will change from white to color when exposed to sun or UV light. UV Color-Changing HTV has a Soft Matte finish. Easy to weed and work with, Colorspark UV Color-changing is compatible with all craft cutters. UV Color-changing can be applied using a heat press or hot iron, making it perfect for use on T-Shirts, fabrics, canvas, cotton, nylon, and more. Hang to dry. Do not dry clean. Sold as a 5 foot continuous roll, this Heat Transfer Vinyl is 12” inches wide. UV sensitive and color changing materials are not intended for continuous long term exposure to direct light. Instead, they are designed for incremental exposure from indirect light sources where they have time to revert to their natural resting phase between exposure intervals.