Temperature Activated Thermochromic Bi-Color Pigment Black Changing to Pink at 95F/35C Perfect for Color Changing Hair Dye Athletic Apparel Electronics

Temperature Activated Thermochromic Bi-Color Pigment Black Changing to Pink at 95F/35C Perfect for Color Changing Hair Dye Athletic Apparel Electronics

• Temperature Activated Color Changing Thermochromic Powder Pigment BLACK changing to PINK at 95⁰F/35⁰C
• Perfect for DIY Color Changing Clothing Sports Apparel Arts Crafts School Home Projects Science Experiments
• The process is reversible- when it gets cold, the pigment turns to its original color. It can be used again and again
• High quality NON-TOXIC product
• Product of USA

ATLANTA CHEMICAL ENGINEERING LLC offers Thermochromic Powder Pigments. These are microcapsules' products, which change color according to the temperature. All Thermochromic pigments are sensitive to the external environment, that's why they're made as a microcapsule type product for protection and thus its repetitive durability is increased.<br> Our Themochromic Pigments have various colors, and temperatures. This specific variation is a 10 grams bag Bi-Color changing from <b>BLACK to PINK</b> at 99F/37C . It could be mixed with materials such as glues, varnishes, resins, mediums, gels, liquid plastics/polymers, and many more. The pigment doesn't mix with water. If you're not sure what to mix the pigment with, we offer ready to use :<br><br><b>Thermochromic Paint</b>-could be applied on paper, ceramic, metal, plastic, glass, wood, rubber, canvas and many more.<br><b>Thermochromic Fabric Paint </b>- could be applied on any type of fabric/textile, leather and shoes. <br><b>Thermochromic Liquid Ink </b>- works on paper and cardboard surfaces. <br><br>Our products can be used for home/school projects, science experiments, arts and crafts, hidden messages or pictures revealed, mood rings, cosmetics, overheating or wherever your imagination takes you. Positive feedback is always appreciated :)<br><br>NOTE: Colors may not appear exactly as seen on photo in real life due to variations between the computer monitors and naked eye color difference.