Adjustable Clay Cone Holder

Features a telescopic design to accommodate various cone sizes, providing stability during firing.

A sturdy ceramic base designed specifically to secure pyrometric cones during firing.

Differently colored holders for easy identification and organization by temperature.

A wall-mounted bracket to hold cones securely, saving space in the studio.

A set of spring-loaded clips that secure cones in place for precise temperature monitoring.

Complete kit with replacement parts for repairing worn-out holders.

A set of durable cone holders made from heat-resistant materials, ideal for use in ceramic kilns.

Simulates cone placement in various T-shirt designs for educational purposes.

Includes essential tools for handling and adjusting cone holders during use.

Includes an attached stable base to prevent tipping and ensure accurate readings.

Integrated measuring scale for precise cone alignment during firing.

Add your designs and names to personalize your pyrometric cone holder.

Made from sustainable materials, ideal for environmentally conscious potters.

Compact, foldable design allows for easy storage and portability.

Constructed from durable metal, this holder is built to last, even under intense kiln conditions.

Designed with added weight for extra stability during high-temperature firings.

Engineered for high-heat applications, this cone holder withstands extreme temperatures.

Special coating that glows in the dark, making it easy to find in dimly lit studios.

Equipped with magnets for easy attachment to metal surfaces, ensuring stability.

Versatile holder that works with various cone types and sizes, perfect for professional potters.

Lightweight and easy to transport, ideal for on-the-go potters and workshops.

Flexible silicone design provides a secure grip on cones without risk of breakage.

Innovative design allows stacking multiple holders for efficient storage and firing.

Rust-resistant steel holders designed for frequent firing and long-term reliability.

Specially designed to minimize heat loss and maintain accurate firing temperatures.