Looking for high-stability kiln furniture that can withstand corrosive atmospheres and repeated high-temperature cycling? Our Oxide Bonded Silicon Carbide (OBSiC) Plates are the premium solution for industrial high-temperature firing and sintering processes. Optimized with professional oxide bonding technology, these SiC plates deliver superior chemical stability and structural toughness, outperforming conventional ceramic plates for harsh industrial kiln environments.
Different from recrystallized SiC products, our oxide bonded SiC plates adopt advanced oxide sintering and bonding craftsmanship. The tight oxide bonding structure greatly enhances the product's density and structural stability, bringing two core advantages: excellent high-temperature oxidation resistance and extreme corrosion resistance. The plates can operate stably at a long-term working temperature of 1350°C to 1400°C, with no deformation, peeling or structural damage during long-cycle production.
Outstanding thermal shock resistance and low thermal expansion coefficient. Endures frequent rapid heating and cooling cycles without cracking or breaking, effectively solving the common damage problems of traditional alumina kiln plates.
Uniform and rapid thermal conductivity ensures even temperature distribution inside the kiln, eliminating local overheating and inconsistent firing quality, which significantly improves the finished product yield.
Strong resistance to corrosive gases, alkaline fumes and high-temperature flue dust. Irreplaceable in demanding production scenarios that ordinary SiC plates cannot adapt to.
The most prominent feature of oxide bonded silicon carbide plates is their strong resistance to corrosive gases, alkaline fumes and high-temperature flue dust. They are widely used as kiln shelves, sintering plates, furnace linings and bearing plates for:
Ceramic Daily-Use Products
Building Ceramics
Structural Ceramics
Powder Metallurgy
Chemical Material Sintering
In actual industrial production, our OBSiC plates feature long service life, low abrasion and zero pollution. They will not produce powder falling or impurity precipitation during high-temperature operation, effectively protecting the purity and surface quality of sintered products.
Low maintenance frequency
Excellent reusability
Reduced kiln furniture replacement costs
Minimized production downtime
We provide customized sizes, thicknesses and shaped processing according to customer furnace parameters and production needs. All products undergo strict quality inspection to ensure stable batch performance.
Choose our oxide bonded silicon carbide plates to optimize your firing process and achieve higher production efficiency and lower operating costs. Contact us for free samples and factory bulk quotes!
Post time: May-25-2026
