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CO-3 Event Horizon is a dark, fluid glaze shifting between large crystals with blue and violet highlights at cone 5 and a bright gold surface at cone 6.
Apply to: Cone 04 Bisqueware
Number of coats: 4 coats
For best results, leave the inside or back of the form unglazed.
Can be fired in a normal medium-speed firing with no special cooling schedule required. To take this glaze to the next level, use a controlled cooling schedule for increased crystal growth.
These glazes are prone to running so we recommend stopping your glaze about half an inch above the foot. You can also use a drip tray or soft bricks to protect kiln shelves.
Is this glaze food safe? Yes, but due to durability, these glazes are not recommended for food surfaces.
Due to variations in raw materials used during manufacturing, we recommend firing glazed test tiles before using each new batch number of glaze.
- Conforms to ASTM D-4236
- Food safe
- NOT dinnerware safe
- Opaque
AMACO Cosmos - CO-03 Event Horizon
A BRAND NEW cone 5/6 glaze line that exhibits unique and captivating visual effects reminiscent of cosmic or otherworldly phenomena. The Cosmos glazes are meticulously crafted to capture the mesmerizing beauty of crystalline glazes in every brushstroke. Transform your pottery into celestial masterpieces that sparkle with the brilliance of distant galaxies.
- Cone 5 = 1186°C (at 60°C/hour for the final 100°C of firing) / 2167°F ( at 108°F/hour in the final 200°F of firing)
- Cone 6 = 1222°C (at 60°C/hour for the final 100°C of firing) / 2232°F ( at 108°F/hour in the final 200°F of firing)
Are they Food Safe? Yes, but due to durability, these glazes are not recommended for food surfaces.
These glazes can be fired in a normal medium-speed firing with no special cooling schedule required. To take this glaze to the next level, use a controlled cooling scheduled for increased crystal growth.
- Cone 5 = 1184 °C (at 150°C/hour for the final 100°C of firing) / 2201°F ( at 270°F/hour in the final 200°F of firing)
- Cone 6 = 1241°C (at 150°C/hour for the final 100°C of firing) / 2266°F ( at 270°F/hour in the final 200°F of firing)