Chapter 1: Introduction to Special Effect Glazes
This chapter provides an overview of special effect glazes, defining them as glazes that produce unique visual and tactile effects. It covers glaze types, their applications, and the underlying science.
Chapter 2: Crystalline Glazes
Crystalline glazes create crystal structures within the glaze layer. This chapter explains the principles of crystallization, the role of nucleation and growth agents, and the factors that influence crystal formation.
Example: "Ice Storm" glaze by Ron Roy, which produces iridescent crystals that resemble a frozen landscape.
Chapter 3: Rutile Glazes
Rutile glazes contain titanium dioxide, which can form needle-like crystals. This chapter explores the conditions necessary for rutile formation, the various colors and effects produced, and the potential hazards associated with these glazes.
Example: "Ti-Rex" glaze by John Britt, which creates a metallic sheen and iridescent surface.
Chapter 4: Crazing and Crackle Glazes
Crazing and crackle glazes intentionally create fine cracks or larger cracks, respectively. This chapter explains the causes of cracking in glazes, the materials and techniques used to induce it, and the variety of aesthetic effects that can be achieved.
Example: "Celadon" glazes, which exhibit a network of fine cracks and a subtle greenish hue.
Chapter 5: Flashing and Reduction Glazes
Flashing and reduction glazes are fired in a reducing atmosphere, which creates metallic effects and coloration. This chapter discusses the chemistry of reduction, the role of oxygen deprivation, and the methods used to achieve flashing and reduction effects.
Example: "Copper Red" glazes, which produce a vibrant red color due to the reduction of copper oxide.
Chapter 6: Textured Glazes
Textured glazes enhance the tactile experience with variations in surface texture. This chapter explores the use of additives, firing conditions, and surface manipulation techniques to create rough, smooth, matte, or glossy surfaces.
Example: "Lava Glaze" by Randy Johnston, which mimics the texture of volcanic rock with its rough and pitted surface.
Chapter 7: Luminescent and Reactive Glazes
Luminescent glazes glow in the dark after exposure to light, while reactive glazes interact with specific metal oxides to create unique colors and patterns. This chapter explains the different types of luminescence, the chemistry of reactions, and the potential applications of these glazes.
Example: "Glow-in-the-Dark" glazes, which absorb UV light and emit it as visible light in the absence of light.
