Pink depression glass, popular in the 1930s, displays shades like Cheri-Glo and flamingo. Consider using 303-5DB paint for projects. This glassware stands out against a white background. Key manufacturers include Anchor-Hocking, Jeanette, Federal, and Hazel Atlas. When considering paint colors to match pink depression glass, light pastel shades work best. Soft pinks, peachy tones, or … Read more
Certain oxides and additives give glass its color. Cobalt Oxide creates blue-violet, Cadmium Sulfide produces yellow, Gold Chloride renders red, Antimony Oxide results in white, Sulfur offers yellow-amber, Uranium Oxide imparts fluorescent yellow-green, and Chromic Oxide delivers emerald green. The process of adding these oxides involves careful measurement and mixing. Glassmakers must understand the behavior … Read more
Colorants in glass include several oxides that determine its color. Manganese oxide produces purple, cobalt and copper oxides create blue, and iron(II) oxide gives green. Uranium oxide results in yellow-green glass. Notable examples include “Purple of Cassius” for purple glass and beer bottles that showcase these colors. Understanding the role of oxides in glass coloring … Read more
Cobalt Oxide produces blue-violet. Cadmium Sulfide creates yellow. Gold Chloride yields red. Antimony Oxide results in white. Sulfur adds yellow-amber. Uranium Oxide gives fluorescent yellow-green. Chromic Oxide generates emerald green. The chemistry of these oxides involves their interaction with the silica base of glass. For instance, cobalt oxide forms a stable complex with silica, yielding … Read more
Mica colors can be fused with glass at temperatures up to 1400°F. This process adds color, sparkle, and depth to glass types, like window glass. Mica works well with COE 90 and System 96 glass. When applied correctly, it enhances designs and showcases various effects, making it suitable for different application methods. To achieve successful … Read more
To color glass, several additives are used. Cobalt Oxide creates a blue-violet hue, Cadmium Sulfide produces yellow, and Gold Chloride gives red. Other options include Antimony Oxide for white, Sulfur for yellow-amber, Uranium Oxide for fluorescent yellow-green, and Chromic Oxide for emerald green. The addition of these colorants alters light absorption and transmission in the … Read more
Metals used in colored glass include Cadmium Sulfide for yellow, Gold Chloride for red, and Cobalt Oxide for blue. Manganese Dioxide adds purple, Nickel Oxide provides green, and Chromium Oxide creates various shades. Uranium Oxide gives a unique fluorescent glow. Each metal enhances clarity and richness in glass color. Iron oxide is commonly used as … Read more
Indigo-colored glass is often made using cobalt compounds like cobalt oxide. The color results from the specific metal added and the smelting temperature used. Additionally, cerium oxide can decolorize glass to remove greenish tints. For safety in glass fuming, metals like gold and silver are commonly used. The process of creating cobalt glass involves smelting … Read more
Roman glass gets its color from specific materials and minerals. Silica (sand) and sodium carbonate (soda) are the main ingredients. Copper produces pale greens and reds, cobalt makes dark blue, manganese adds violet hues, and antimony results in yellow and white. These elements give Roman glass its rich variety of colors. The unique colors of … Read more
Glass gets its color from natural impurities and added minerals or purified metal salts, called pigments. Ruby glass, made in 1679 with gold chloride, is a famous example. Uranium glass, created in the 1830s with uranium oxide, can glow in the dark. These elements give glass its vibrant colors. Techniques such as adding colored elements … Read more