Looking for high-quality Silicon Carbide Cones? Look no further! Our factory produces the best Conos de Carburo de Silicio for a variety of applications. Order yours today!
Shandong Zhongpeng Special Ceramics Co. Ltd is the manufacture of RBSiC (SiSiC) burner nozzles. We are the stable supplier of high temperature nozzles for similar enterprises in over 20 provinces and regions of China. For example, Guangdong Ceramic Base and Jiangsu Ceramic Base are the major regions of our customers. We are able to provide the professional and stable supply of high temperature nozzles. Descripción detallada del productoMateriales: SiSiC Límite de la temperatura: >1380Densidad: >3.02g/cm3 Dureza de Mohs: 9,15color: gris Espesor: 5el carburo de silicio parte conos de la hornilla de SiSiC como tubos de llama para el hornoVentajas de los sistemas radiantees de cerámica del tubo:1. Servicio-vida creciente2. Costes de mantenimiento reducidos3. Consumo de una energía más baja4. Eficacia óptima5. Resistencia de arrastramiento excelente hasta la temperatura de uso máxima de T=1380℃El carburo de silicio de 5 gruesos parte los conos de la hornilla de SiSiC para los tubos de llama del hornoEl carburo de silicio enlazado reacción (RBSC, o SiSiC) tiene desgaste excelente, impacto, y resistencia química. La fuerza de RBSC es el casi 50% mayor que el de la mayoría de los carburos de silicio enlazados nitruro. Puede ser formada en una variedad de formas, incluyendo formas del cono y de la manga, así como más pedazos dirigidos complejo diseñados para el equipo implicado en el proceso de materias primas.Pináculo de la tecnología de cerámica resistente de la abrasión del gran escalaDiseñado para el uso en los usos para las formas grandes donde los grados refractarios de carburo de silicio están exhibiendo desgaste o daño abrasivo del impacto de partículas grandesResistente al choque directo de partículas así como del impacto ligeros y a la abrasión del desplazamiento de los sólidos pesados que contienen las mezclasParámetro técnico sic de productos Reacción-consolidadosArtículo Unidad Datostemperatura de uso °C 1380densidad g/cm3 ≥3.02abra la porosidad % ≤0.1resistencia de flexión Mpa 250 (20°C)Mpa 280 (1200°C)módulo de la elasticidad GPa 330 (20°C)GPa 300 (1200°C)conductividad termal Con (m·k) 45 (1200°C)coeficiente de extensión termal K-1 ×10-4 4,5rigidez 9resistencia del ácido y del álcali excelente¿Qué podemos hacer para usted?1. La muestra está disponible.2. fabricación del ISO, normas de calidad exactas, gestión de logística moderna, y estrategia de marketing sana.3. investigación contestada en el plazo de 24 horas.4. productos patentados.5. el OEM o el ODM está disponible.6. Algunos accesorios adicionales pueden ser suministrados.7.The mayor cantidad que usted pide, los precios más competitivo usted conseguirá.8. los certificados necesarios pueden ser suministrados.SiC are the most suitable kiln furniture of burner nozzles, tunnel kilns, shuttle kilns, roller of hearth kilns as the flame tubes. With high temperature thermal conductivity, good, quick cooling in heat resistance, resistance to oxidation, thermal shock resistance of good, long life.Our company is highly appraised for offering fine quality Silicon Carbide Burner Nozzles to our client's.These product are widely used in various industries such as shuttle kiln, roller hearth kiln and tunnel kiln. These are also used in several industrial kilns, which are fuel oil and fuel gas. These are fabricated with the help of the advance machinery & equipment. We offer these product at a very competitive market prices. Customer can get these product as per their own need. The use of silicon carbide tubes for industrial burners is now well proven technology within the ceramics industry offering improved temperature uniformity and increased control.In any industrial heating process perhaps the most critical aim is to provide a carefully controlled temperature profile within the kiln or furnace. Whether the fuel is natural gas, LPG or oil, the location of the burners is a potential hot-spot within the kiln. Burner flames can be long enough to make contact with the product or kiln furniture causing very severe over-heating which is damaging to both. Even when the exposed flame is kept at a safe distance, direct radiant heating can cause localised over-heating of product and subsequent quality problems.
SiC radiation pipes
SiC radiation pipes have superior characteristic such as corrosion resistance, high temperature tolerance, oxidation resistance, superior thermal conductivity, bending strength, long time service life, etc. They are also very efficient, energy-saving, enviromental protection in the field of industrial production.The series of radiation pipes are widely used in the annealing production lines for industries of steels and metallurgies. They are also used for heat conduction system and radiant system under the conditions of high temperature, high corrosion and high wear resistance. SiC is recommended for most kilns and furnaces working below 1350℃.
Silicon Carbide Burner Nozzles
The tube forms a chamber within which most of the combustion takes place. Only a minimal amount of flame is directly exposed to the kiln load, almost eliminating radiant hot-spots.The tube exit is normally tapered to increase exhaust velocities. Greater velocities improve mixing within the kiln, improving temperature uniformity.Greater exhaust velocities also increase the entrainment of kiln atmosphere from around the burner, diluting the hot exhaust stream and ensuring rapid energy transfer.ZPC Ceramics can now offer most sizes of silicon carbide tube to match your existing kiln burners. • High quality material giving a long service life• Low thermal expansion and high conductivity gives exceptional resistance to thermal shock cracking• Dimensionally stable with no significant deformation and creep• Resistant to oxidation and corrosion• No burner quarl is required.• Suitable for both brick or fibre linings• Used in most kilns types – tunnel, roller and shuttleSiC is recommended for most kilns and furnaces working below 1350℃.
In any industrial heating process perhaps the most critical aim is to provide a carefully controlled temperature profile within the kiln or furnace. Whether the fuel is natural gas, LPG or oil, the location of the burners is a potential hot-spot within the kiln. Burner flames can be long enough to make contact with the product or kiln furniture causing very severe over-heating which is damaging to both. Even when the exposed flame is kept at a safe distance, direct radiant heating can cause localised over-heating of product and subsequent quality problems. 
