High quality Inert Raw Materials Porous Ceramic Disc

Product Description
High quality Inert Raw Materials Porous Ceramic Disc
Here is thePorous Ceramic Alumina Plates properties: TEMUNITValueAl2O3wt%≥80SiO2wt%16-18Densityg/cm32.3—2.5Hardness (HRA)HRA ≥50Flexural StrengthMPa ≥40Compressive Strength≥600Porosity%40Pore Sizeum30, 50 and 60Operating PressureMPa ≤10Acid Resistancemg/cm2 ≤10Alkali Resistancemg/cm2 ≤20Features:
Resistance to high temperature,
Chemical corrosion resistance,
High strength,
Uniform porosity distribution,
Long service life
Environment,Biological compatibility
Air permeabilityAdvantages
Inert Raw Materials Porous Ceramic Disc Characteristics:
High flatness and parallelismCompact and uniform microstructure with high strengthGood permeability and uniform adsorption affinityDressing easily, Fine pore size.Resistant to High temperature to 1000℃.High acid or alkaline corrosion.
Porous ceramics are used for:Vacuum ChucksFiltersDiffusersAir BearingsPermeable SubstratesDispersion MediaAsh HandlingWicking MediaFluidized Bed PlatesSpecialty SpargersBreathers – Vents
Porous ceramics are used where uniform controlled pore size is required in
chemical process, semiconductor, pharmaceutical and manufacturing applicationsCompany Information
Jiangsu Galaxy Industrial Co., Ltd.is a leader in the development and production of advanced technical ceramics. We provide a wide selection of materials including Alumina Oxide, Zirconia Oxide, Silicon Carbide, Silicon Nitride, Mullite, Steatite, Sapphire, Porcelain .etc which will improve the performance of your product, process or system.
Jiangsu Galaxy Industrial Co., Ltd.has had experience more than one decade in the field of industrial ceramics including Tubes, Rods, Pump Shafts, Impellers, Washers, Seal Faces, Nozzles, Rings, Crucibles, Insulators, Fixtures, Element Supports, Thermocouple Insulators & Protection Tubes, Guides, Rollers, Pulleys or Custom parts.
We can offer significant performance and cost advantages to meet your needs. Welcome to contact us anytime!Contact us