AMACO DL-63 Stardust stoneware glaze

Dipping and Layering Stardust is a dark brown-black stoneware glaze with silver and copper sparkles, suitable alone, as a base layer or as a top layer.

DL-63 Stardust is a dark brown and black glaze with sparkles that shift between silver and copper. The effect changes with the angle of the light and gives the ceramic surface added depth. Stardust works well on its own, as a base layer or as a top layer.

AMACO Dipping and Layering glazes

AMACO Dipping & Layering is a range of dry dipping glazes formulated for dipping and pouring. Each bag contains a pre-measured dry blend to be mixed with distilled water. The glazes can be used on their own or layered to create complex color transitions. The palette is inspired by popular AMACO Potter’s Choice glazes. One bag yields approximately 4.7 L of prepared glaze, speeding up application and making it easier to achieve an even coat.

AMACO Dipping and Layering DL-63 Stardust stoneware glaze

• Stardust fires to a dark brown-black surface with sparkles that shift between silver and copper.
• Each bag contains 4.5 kg of dry glaze. Once prepared, it yields the same volume as ten 472 ml jars of ready-mixed glaze, making it an economical option for studios that use larger quantities.
• To prepare the glaze, pour 3.8 L of distilled water into a suitable container, gradually add the powder and mix until the glaze suspension is smooth and free of lumps. For best results, sieve the glaze through an 80-mesh screen and leave it overnight. One bag yields approximately 4.7 L of prepared glaze.
• Apply the glaze to bisqueware by dipping for 1–3 seconds. Stir the glaze suspension thoroughly before each use.
• The recommended firing range is 1200–1240°C.
• Use it on its own, as a base layer or as a top layer with other Dipping & Layering colors.
• Wear a suitable particulate respirator while mixing, work in a well-ventilated area and avoid breathing dust. We recommend firing a test tile before using each new batch and consulting the Safety Data Sheet.