CCEFIRE® DJM series insulating fire bricks are advanced refractory materials designed for direct flame contact in high-temperature industrial applications.
Combining lightweight, low thermal conductivity, and high refractoriness, these insulating bricks significantly enhance furnace efficiency and operational performance. They are particularly suitable for use in cracking furnaces, hot blast stoves, ceramic roller kilns, porcelain kilns, as well as lining materials for glass crucibles and various electric furnaces. With a wide temperature range from 1260°C to 1760°C, they are the ideal choice for improving furnace efficiency and extending service life.
In addition to standard sizes, CCEFIRE® lightweight insulating fire bricks can be customized to specific dimensions or shapes based on client requirements. Options include drilling, grooving, tapering, and arc-shaped cutting, enabling them to meet complex construction needs with precision. These bricks are easily adaptable to different furnace types, ensuring high accuracy and strength in construction.
One of the most common complaints from household oven users is the smoke and odor generated during heating. This issue is often caused by traditional insulation materials that contain organic binders. Under high temperatures, these binders decompose or carbonize, releasing irritating gases and smoke. Not only does this affect food quality and hygiene, but it […]
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In the European market, insulation materials for high-temperature applications must not only deliver performance but also comply with increasingly strict environmental and safety regulations. Traditional ceramic fiber blankets, due to their higher biopersistence, often require carcinogen warning labels, creating compliance and application challenges for customers. The industry urgently needs a material that provides both high […]
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CCEWOOL® Ceramic insulation board is a lightweight, high-temperature insulation material widely used in industries such as metallurgy, petrochemicals, glass, ceramics, heat treatment, electronics, and power generation. It is commonly applied as furnace linings, back-up insulation layers, high-temperature duct insulation, and hot-face or back-up protection layers. It is also widely used in laboratory furnaces, industrial kilns, […]
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