Rapid Pot Mill Alumina Al2O3 Ceramic Jar

Rapid Pot Mill Alumina Al2O3 Ceramic Jar
Product Details
We have reliable raw material suppliers, independent product manufacturing industry chain, sophisticated testing equipment and advanced production technology to ensure that our steatite ceramic properties, cordierite dense ceramic, cordierite ceramic pizza stone is ahead of other brands. Selling our products and solutions causes no risks and brings high returns to your company instead. We have set up a wide sales network across the world

Alumina C799 is a very hard, dense material of exceptional strength.  Alumina ceramic exhibits resistance to both high temperature and corrosion. Electrical properties of alumina ceramic aluminum oxide include high volume resistivity as well as low loss characteristics at high frequencies. We produce many grades of Alumina Oxide Ceramic products by injection molding, dry pressing and extrusion processes. By using these processes and different chemistry, alumina ceramic properties are enhanced to meet most engineering requirements. Applications for alumina oxide ceramic include pump seals, temperature sensors, knife sharpeners and refractory anchors.


Alumina C799 content: ≥92%

Density: ≥3.6 g/cm3

Rockwell hardness: ≥80 HRA

Compressive strength: ≥850 Mpa

Fracture toughness KΙC: ≥4.8MPa·m1/2

Flexural strength: ≥290MPa

Thermal conductivity: 20W/m.K

Coefficient of thermal expansion: 7.2×10-6m/m.K


Our company insists on the purpose of "takes service priority for standard quality guarantee for the brand do business in good faith to provide professional rapid accurate and timely service for you". We welcome old and new customers to negotiate with us. We will serve you with all sincerity!



Persisting in 'High good quality, Prompt Delivery, Aggressive Price', we've established long-term cooperation with shoppers from each overseas and domestically and get new and previous clients' high comments for Rapid Pot Mill Alumina Al2O3 Ceramic Jar. We face the future with full confidence in today's rapid development of science and technology. We look forward to your correspondence.
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