Raku Pottery

Raku pottery is a type of Japanese pottery known for its distinctive, often crackled, surface and vibrant colors. It’s created using a low-firing process, followed by a unique post-firing reduction technique. Key Characteristics / Core Concepts Low-firing temperature: Raku pottery is fired at relatively low temperatures compared to other pottery types. Rapid firing and cooling: … Read more

Porcelain Making

Porcelain making is the process of creating porcelain, a high-quality ceramic material known for its translucency and strength. It involves a complex series of steps, from raw material preparation to high-temperature firing. Key Characteristics / Core Concepts High Firing Temperature: Porcelain requires extremely high firing temperatures (typically above 1200°C) to achieve its characteristic properties. Specific … Read more

Pottery

Pottery is the art and craft of making objects from clay. It involves shaping, decorating, and firing (baking) clay to create durable and often decorative items. Key Characteristics / Core Concepts Clay: A natural, earthy material that’s plastic when wet and hardens when fired. Forming Techniques: Methods used to shape the clay, such as hand-building … Read more

Japanese Art

Japanese art encompasses a wide range of artistic traditions and styles developed in Japan from ancient times to the present day. It’s characterized by its unique aesthetic values and techniques, reflecting the country’s rich history and culture. Key Characteristics / Core Concepts Emphasis on natural forms and landscapes (e.g., mountains, flowers, animals). Strong influence of … Read more

Ceramics

Ceramics are inorganic, non-metallic materials formed by the action of heat. They are typically hard, brittle, and resistant to high temperatures and chemical attack. Key Characteristics / Core Concepts Inorganic: Made from non-living materials. Non-metallic: Do not conduct electricity well. High-temperature processing: Formed through firing (heating to high temperatures). Crystalline or glassy structure: Their atomic … Read more