NSiC Saggers: A Durable Partner for High-Temperature Industries

In high-temperature operations such as ceramic sintering and electronic component calcination, the performance of saggers directly affects production efficiency and product quality. NSiC saggers have become the preferred equipment in the industry due to their unique material advantages.

With silicon carbide as the matrix and formed through a silicon nitride bonding process, they possess both excellent high-temperature resistance and superior thermal shock resistance, capable of withstanding repeated high-temperature impacts up to 1450°C, which significantly reduces cracking losses caused by alternating hot and cold conditions. Compared with traditional clay saggers or pure silicon carbide saggers, their corrosion resistance is improved by more than 30%, effectively resisting erosion from corrosive media such as glazes and molten salts, extending service life by 2-3 times, and reducing enterprise replacement costs.

At the same time, the product has a dense texture and uniform thermal conductivity, ensuring consistent heating of the green bodies inside the saggers, reducing firing deformation rate, and improving the qualified rate of finished products. Whether for mass production of daily-use ceramics or manufacturing of precision electronic ceramics, NSiC saggers can provide stable support, helping enterprises achieve efficient and low-cost production.

Nitride bonded silicon carbide, slip-casting, one time fired, density 2.8g/cm³, working temperature 1450℃, customized drawings are available. Acid & Alkali Resistant, Corrosion Resistance and may contact or put directly into metal fluids.

*

We welcome you to send us drawings and detailed requirements.

Contact LENGSTech for prices today!

www.lengstech.com

info@lengstech.com

WA:+86 13930552202

*

#LENGSTech #NSiC #NSiCsagger #nitridebondedsiliconcarbide #refractoryceramic #NSiCcrucible

【 Go Back 】 | 【 Print 】