High Purity Alumina Catalyst

Description: Some catalyst carriers in this series are available in monomodal or bi-modal pore options. Saint-Gobain NorPro provides a range of formed, higher surface area catalyst carrier. Surface areas from 10 m2/g to 400 m2g are typically based on high-purity raw materials. When

• Specific Surface Area: 175 to 260 m²/g
• Pore Size: 7 to 500 nm
• Material: Aluminum Oxide
• Features: Specialty / Other

Description: Saint-Gobain NorPro provides a range of formed, higher surface area catalyst carrier. Surface areas from 10 m2/g to 400 m2g are typically based on high-purity raw materials. When needed, Saint-Gobain NorPro can incorporate unusual pore size distributions, including a high

• Specific Surface Area: 175 to 260 m²/g
• Pore Size: 7 to 55 nm
• Material: Aluminum Oxide
• Carrier Shape: Balls / Spheres, Extrudate / Pellet, Honeycomb / Structured Material, Rings

Description: Some catalyst carriers in this series are available in monomodal, bi-modal or tri-modal pore options. For many years, Saint-Gobain NorPro has been known for its range of very low surface area macroporous alpha-alumina-based carrier materials. Inert to their environment in most

• Diameter: 0.1181103 to 19.68505 inch
• Density: 0.844891715255975 to 1.6597872749407316 g/cc
• Width / O.D.: 0.1181103 to 19.68505 inch
• Mechanical Q_m: 0

Description: materials include silica, alumina-silica, zirconia, titania, silica, and silicon carbide. Saint-Gobain NorPro also offers a range of attrition-resistant, porous, low-surface area fluidizable aluminas as the basis of active and stable fluid bed catalysts. Particle sizes from 50

• Diameter: 0.1181103 to 19.68505 inch
• Density: 0.844891715255975 to 1.6597872749407316 g/cc
• Width / O.D.: 0.1181103 to 19.68505 inch
• Mechanical Q_m: 0

Description: Denstone® 99 high-alumina support media are 99+% alpha alumina and a maximum of 0.2 wt% SiO2. This high degree of purity makes Denstone 99 alumina balls ideal for high-temperature systems with an influx of steam such as secondary reformers in ammonia

• Diameter / OD: 0.1181103 to 2.9527575 inch
• Features: Alumina, Specialty / Other
• Ball Type: Ceramic Balls

Description: Denstone® 99 high-alumina support media are 99+% alpha alumina and a maximum of 0.2 wt% SiO2. This high degree of purity makes Denstone 99 alumina balls ideal for high-temperature systems with an influx of steam such as secondary reformers in ammonia

• Diameter / OD: 0.1181103 to 2.9527575 inch
• Features: Alumina, Specialty / Other
• Ball Type: Ceramic Balls

Description: alumina ring is a high-porosity, high-purity product with excellent crush strength.

• Mechanical Q_m: 0
• Material Type: Alumina / Aluminum Oxide
• Applications: Chemical / Materials Processing
• Shape / Form: Fabricated / Custom Shape, Ferrule / Eyelet

Description: alumina ring is a high-porosity, high-purity product with excellent crush strength.

• Mechanical Q_m: 0
• Material Type: Alumina / Aluminum Oxide
• Applications: Chemical / Materials Processing
• Shape / Form: Fabricated / Custom Shape, Ferrule / Eyelet

Description: custom make : Alumina Ceramic Substrate/ Board / Sheet/ Wafer Alumina Ceramic Plate / Block Alumina Ceramic Sleeve / Bushing / Lining Alumina Ceramic Tube Rod Alumina Ceramic Screw and Nuts Alumina Ceramic Crucible Alumina Ceramic Ring Alumina

• Density: 3.5999977279425903 to 3.9399975133593905 g/cc
• Coeff. of Thermal Expansion (CTE): 8.2 to 8.4 µm/m-C
• MOR / Flexural Strength: 50,037.70957823296 to 54,968.96211637766 psi
• Compressive / Crushing Strength: 304,577.3626501137 to 377,095.7823287122 psi

Description: capabilities. Consistent, Pressed Catalyst Support Media & Components Improve Performance Preferred for their performance and process control, CoorsTek ceramic rings are pressed in multi-cavity molds for precise dimensions and geometries. High-Purity Ceramic Materials for

• Material: Aluminum Oxide, Ceramic, Silicon Carbide
• Features: Specialty / Other

Description: vibration and impact force, and the mechanical strength is required to be high. In recent years, Si3N4 ceramic substrate is considered as the ceramic material with the best comprehensive performance because of its high hardness, high mechanical strength, good high

• Density: 3.1799979930159545 g/cc
• Thermal Conductivity: 85 W/m-K
• MOR / Flexural Strength: 101,525.7875500379 to 116,029.4714857576 psi
• Shape / Form: Bar Stock