Cone 10
A high-fire cone that reaches temperatures of about 2345°F, perfect for stoneware.
$7.50
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Great for very high-fire applications, this cone reaches approximately 2381°F.
A special high-temperature cone that melts at about 2420°F for specialized pottery.
Highest durability cone, melting at approximately 2460°F for extreme firing conditions.
Essential for low-fire glaze applications, with a melting point of around 2060°F.
A performance cone for high-quality pottery, melting at around 2170°F.
Ideal for mid-range firing, melts at about 2232°F, popular with glaze artists.
With a melting point of about 2150°F, this cone is perfect for high-fire stoneware.
Tailored for specific bisque applications, melting reliably at approximately 1740°F.
Melts at approximately 2270°F, suitable for high-temperature pottery.
Designed for accurate high-fire testing, melts around 2270°F, making it a versatile option.
Specially designed for bisque firing, melting around 1900°F for optimal results.
Standard testing cone suitable for various experiments, melts at around 1980°F.
A test cone designed for checking kiln performance, melting reliably at a specific point.
Custom cone for unique projects with a melting point of about 1980°F.
This cone melts at approximately 2040°F and is ideal for low-fire ceramics.
A variant perfect for low-fire under glazes, melting at approximately 2040°F.
This cone melts at around 1960°F, suitable for high-fire glazes.
Ideal for reduction firing, with a melting point similar to Cone 2 but designed for specific effects.
Melts at around 1980°F, suitable for decorative low-fire applications.
A soft cone ideal for testing low-fire glazes, melts at around 1980°F.
Melting at approximately 1926°F, this cone is great for both porcelain and stoneware.
Designed for reduced atmospheres, melting reliably at around 1926°F.
A mid-range cone melting at approximately 1850°F, versatile for different ceramic projects.
A versatile cone that melts at approximately 1820°F, ideal for mid-range firing.
Specialized for raku firing processes, melting at approximately 1820°F.
Perfect for achieving subtle effects in ceramics, melting at approximately 1740°F.