RSIC Kiln Furniture Square Plate High Temperature Furnace
PRODUCT DESCRIPTION
The recrystallized silicon carbide square plate represents an advanced ceramic material manufactured through a high-temperature process that facilitates evaporation condensation recrystallization between silicon carbide particles. This unique kiln furniture square plate contains no sintering aids, maintains extremely high purity, and perfectly inherits the exceptional properties of silicon carbide. These include extreme high-temperature resistance (suitable for prolonged use in environments exceeding 1650°C), exceptional thermal shock resistance, and outstanding high-temperature strength.
The distinctive structure of this silicon carbide square plate makes it an ideal key load-bearing structural component in high-temperature kilns. Various specifications of kiln furniture square plate sizes can be customized according to different kiln requirements, making them widely applicable in photovoltaic, electronics, metallurgy, and ceramic sintering industries. Additionally, the recrystallized silicon carbide square plate offers high hardness, excellent wear resistance, and superior chemical resistance.
MAIN PARAMETER
High Temperature Kiln Equipment Industry | RSiC |
SiC Content (%) | ≥99% |
Bulk Density (g/cm3) | 2.65~2.75 |
Apparent Porosity (%) | <17 |
Room temperaturestrength (MPa) | 90~100 |
Strengthat 1300℃(MPa) | 100-110 |
Elasticity modulus at 20℃ | 240 |
Thermal Conductivity At 1200℃(W/mk) | 36 |
Thermal Expansion x10-6/℃ | 4.6 |
Max Using Temperature（℃） | 1650℃ |
Hardness At 20°C (Kg/mm2) | 2000 |
Fracture Toughness At 20°(MpaxM1/2) | 2.0 |
FEATURES & BENEFITS
High temperature resistance
Thermal shock resistance
High thermal conductivity
High mechanical strength
Acid and alkali resistance
Wear resistance
PRODUCT DETAIL
Plate for High Temperature Furnace
For scenarios with extreme requirements for thermal efficiency and lightweight performance, the lightweight recrystallized silicon carbide square plate significantly reduces energy consumption, shortens process cycles, improves production efficiency, and lowers operational costs. When utilized as a heat shield, baffle, or conveyor belt, this silicon carbide square plate rapidly achieves thermal equilibrium, establishing a precise and uniform temperature field within the furnace while minimizing temperature variations between products. Compared to traditional kiln furniture, the kiln furniture square plate is notably lighter, facilitating easier installation and transportation.
Advanced molding and sintering technologies enable the production of large-sized recrystallized silicon carbide square plates, meeting the demands of large-scale sintering kilns in photovoltaic, lithium battery, and special ceramics industries. This capability allows single plates to support more or larger products, significantly enhancing single furnace output and overall production efficiency. The design minimizes seams between plates and simplifies installation processes while reducing potential errors.
APPLICATION
Kiln Furniture Square Plate Solutions
The recrystallized silicon carbide square plate has become a core component in high-end high-temperature industrial kilns due to its high purity, ultra-high temperature resistance, thermal shock resistance, and exceptional high-temperature strength. In applications where reduced energy consumption, high purity, and superior thermal efficiency are paramount, the RSiC square plate demonstrates significant potential for optimizing the precision performance of advanced ceramic materials. The versatile silicon carbide square plate continues to revolutionize high-temperature processing across multiple industries, providing reliable performance in the most demanding thermal environments.
PACKING
OUR SERVICE
We provide OEM and ODM services, quality control throughout the entire process, real-time order progress feedback, professional technical consultation, and quick response to after-sales issues. We also offer customized international logistics solutions to empower customers with technological upgrades and supply chain optimization, ensuring worry free global customers from procurement to application.
