Heat Resistance 1300C Octagon Cordierite Mullite Kiln Shelves Featuring Thermal Shock Resistance 200C Designed for Kiln Operation

Product Description:

The Octagon cordierite kiln shelves are an essential component for any high-temperature firing process, designed to provide exceptional durability and performance. Manufactured using high-quality materials, these shelves are primarily composed of cordierite, a mineral known for its remarkable thermal properties and mechanical strength. Cordierite kiln shelves are widely recognized for their ability to withstand extreme temperatures without warping or cracking, making them a preferred choice for both professional and hobbyist ceramicists, potters, and kiln operators.

One of the standout features of these cordierite kiln shelves is their low thermal expansion coefficient, measured at 2.2×10 ^-6 /℃. This low coefficient means that the shelves expand and contract very little when exposed to rapid temperature changes during kiln firing. As a result, the risk of thermal shock damage is significantly reduced, ensuring a longer lifespan for the shelves and greater protection for the ceramic pieces being fired. This property is especially critical in high-temperature environments where stability and reliability are paramount.

Available in two attractive color options, white or yellow, these kiln shelves not only perform excellently but also offer aesthetic versatility. The white cordierite plates provide a clean and neutral surface, ideal for those who prefer a traditional look in their kiln setup. On the other hand, the yellow cordierite kiln shelves offer a distinctive appearance that can help users easily identify different shelves or firing stages. Regardless of color, both options maintain the same high-quality performance standards.

Heat resistance is another critical aspect of these cordierite mullite kiln shelves. They can endure temperatures up to 1300℃, making them suitable for a wide range of firing applications, including stoneware, porcelain, and even some glass fusing projects. The ability to withstand such high temperatures without degrading or losing structural integrity ensures that the shelves provide consistent support and protection for ceramic wares throughout the firing cycle.

The density of these kiln shelves ranges from 1.9 to 2.2 g/cm³, which strikes an ideal balance between strength and weight. This density range contributes to the shelves’ robustness, allowing them to support heavy ceramic pieces without bending or breaking. At the same time, the shelves remain manageable in weight, facilitating easy handling and placement within the kiln.

Primarily used for kiln firing, cordierite kiln shelves serve as a stable platform on which ceramic items are placed during the firing process. They help to evenly distribute heat and prevent direct contact between the ceramics and the kiln’s heating elements or walls. This functionality is crucial in preventing damage to delicate ceramic pieces and ensuring uniform firing results. Moreover, cordierite mullite kiln shelves are resistant to glaze drips, which means any glaze that melts and drips during firing will not cause the shelves to stick or become damaged, further enhancing their durability and ease of use.

In summary, cordierite kiln shelves are an indispensable tool for anyone involved in ceramic production or kiln firing. Their low thermal expansion coefficient of 2.2×10 ^-6 /℃, high heat resistance up to 1300℃, and durable density range of 1.9-2.2 g/cm³ make them highly reliable and long-lasting. Available in both white and yellow colors, these cordierite plates provide versatile options to suit various aesthetic preferences and firing needs. Whether you are working with stoneware, porcelain, or glass, these cordierite mullite kiln shelves offer the optimal combination of strength, heat resistance, and thermal stability to support your creative and professional endeavors.

Features:

• Product Name: Cordierite Kiln Shelves
• Size: Customize to fit your specific kiln requirements
• Usage: Ideal for kiln firing applications
• Durability: High durability for long-lasting performance
• Surface: Unglazed surface for optimal heat resistance
• Edge: Smooth edges to prevent damage and ensure safety
• Made from premium cordierite mullite slab material
• Available as cordierite plate options for versatile use
• Also known as Cordierite mullite kiln shelves, ensuring reliable support in high-temperature environments

Technical Parameters:

Applications:

The KAMTAI Cordierite Kiln Shelves, model number KTJQS, are designed to meet the rigorous demands of high-temperature kiln firing applications. Manufactured in China and certified with ISO 9001, these kiln shelves are made from premium cordierite-mullite material, ensuring excellent thermal stability and durability. With a low thermal expansion coefficient of 2.2×10-6/℃, these refractory cordierite kiln shelves effectively resist thermal shock and deformation, making them ideal for repeated firing cycles in ceramic, pottery, and glass industries.

Available in white or yellow, the KAMTAI cordierite mullite kiln shelves feature smooth edges, which contribute to safer handling and easier stacking within the kiln chamber. Their robust construction supports heavy loads, allowing for the efficient firing of multiple items simultaneously without compromising the quality of the finished products. The cordierite plate design provides superior heat distribution, ensuring even firing results across the kiln shelves.

These kiln shelves are suitable for a wide range of industrial and artisan applications, including ceramic production, porcelain firing, glassworks, and other refractory material processing. They are particularly useful in workshops, factories, and educational institutions where consistent high-temperature firing is essential. Thanks to their durability and thermal resistance, they are ideal for both electric and gas kilns used in firing pottery, tiles, and other ceramic ware.

KAMTAI offers these kiln shelves with a minimum order quantity of 300PCS, packaged securely in wooden boxes to prevent damage during transit. With a supply ability of 500,000PCS per month and a delivery time of 30 days after payment, customers can negotiate pricing and payment terms (TT) to suit their business needs. Whether used for small-scale artisan firing or large-scale industrial production, these refractory cordierite kiln shelves provide a reliable and long-lasting solution that enhances kiln efficiency and product quality.

In summary, the KAMTAI cordierite mullite kiln shelves are indispensable for any high-temperature firing scenario requiring robust, thermally stable, and precisely manufactured kiln furniture. Their exceptional performance, combined with professional packaging and reliable supply, makes them a preferred choice for kiln firing professionals worldwide.

Customization:

Our KAMTAI KTJQS Cordierite Kiln Shelves offer exceptional high temperature resistance, making them ideal for various industrial applications. Manufactured in CHINA and certified with ISO 9001, these kiln plates are made from premium cordierite-mullite material, ensuring durability and excellent thermal shock resistance up to 200℃.

Available in white or yellow colors, our cordierite mullite kiln shelves feature a smooth edge design to provide enhanced safety and ease of handling. With a thermal expansion coefficient of 2.2×10-6/℃, these cordierite mullite slabs maintain structural integrity under extreme heat conditions.

We supply these high temperature resistance cordierite mullite kiln plates with a minimum order quantity of 300PCS, packaged securely in wooden boxes to ensure safe delivery. The delivery time is approximately 30 days after payment, with payment terms via TT. Our supply ability reaches up to 500,000PCS per month, allowing us to meet large-scale demands efficiently.

Price is negotiable, reflecting our commitment to providing customized solutions that meet your specific needs. Trust KAMTAI for reliable and high-quality cordierite mullite kiln shelves that guarantee performance and longevity in your high-temperature processes.