Description
Nitrate Bonded Silica Carbide Kiln Shelves available in all sizing
Sizes listed are what we have previously ordered , happy to quote on other sizes
Prices may vary as what is listed is last selling price
- Superior High‑Temperature Performance Over SiSiCFree from the softening risk of free silicon at elevated temperatures, NSiC retains excellent hot‑strength and structural stability in long‑term high‑temperature oxidising environments. It resists sagging and deformation during prolonged firing cycles, suitable for ultra‑high‑temperature sintering processes that exceed the service limit of SiSiC kiln furniture.
- Outstanding Thermal Shock ResistanceWith a low thermal expansion coefficient, NSiC structures withstand repeated rapid heating and cooling inside kilns. The material minimises crack propagation under dramatic temperature fluctuations, extending service life and reducing unexpected breakage during mass production.
- High Load‑Bearing CapacityThe integrated solid ceramic beam construction offers exceptional bending strength at high temperatures. Long‑span support beams can carry heavy stacked loads steadily, maximising the loading capacity of each kiln batch and boosting overall production throughput.
- Full Customisation AvailableWe provide one‑stop custom solutions tailored to your production requirements. Dimensions, beam profiles, notches, mounting holes and the complete assembly structure can be designed according to your kiln internal size, loading weight and product layout. Our kiln frames fit shuttle kilns, pusher kilns, bell kilns and other thermal equipment perfectly.
- Excellent Oxidation & Corrosion ResistanceThe silicon nitride bonding phase greatly improves resistance against oxidation as well as corrosion from kiln atmosphere, glaze volatiles and chemical vapours. Slow material degradation reduces your consumption cost and cuts downtime for frequent replacement.
- Energy‑Saving & Light‑Weight DesignCompared with traditional mullite‑based kiln furniture, our NSiC supports feature lower self‑weight with equivalent loading performance. Reduced heat storage shortens heating and cooling cycles, saving fuel and power consumption for your kiln system
