Customization: | Available |
---|---|
Flexural Strength: | >1000 MPa |
Purity: | 99% |
Suppliers with verified business licenses
Audited by an independent third-party inspection agency
Optional Materials | alumina, zirconia, silicon carbide, silicon nitride, steatite optional |
Outer diameter | 0.5 ~800 mm |
Length | 1~1000mm |
Roughness | To be Ra0.05 |
Surface treatment | Polished, Glazed, Metalized availability |
Cosmetic | Smooth surface without contamination, deformation, and crack |
Description of Alumina Ceramic Parts
Aluminum oxide (Alumina) stands out with its broad range of applications thanks to its flexibility and cost-effectiveness compared to other advanced ceramics. With exceptional electrical insulation, resistance to high temperatures, remarkable hardness, superior wear resistance, and robust chemical stability, Alumina is the go-to solution for withstanding extreme heat and chemical corrosion.
Our factory specializes in producing high-quality alumina parts with purities varying from 75% to an impressive 99.8%. Every ceramic component we provide is meticulously crafted with a dense body achieved through techniques like dry pressing, hot pressing, ceramic injection molding, and ISO pressing. For specialized applications, whether it's fitting, reducing friction, or boosting insulation, we offer comprehensive post-sintering processes such as CNC machining, polishing, glazing, and metalizing to meet your specific needs.
We manufacture an extensive variety of alumina ceramic rings, including tubes, rings, discs, rods, arms, and wire guides. Whether you're in need of prototypes or large-scale production, we are equipped and ready to deliver solutions that perfectly align with your specifications.
Data Sheet
The application of alumina ceramic parts Alumina ceramic parts are widely used in the electronic, electrical, machinery, chemistry, ceramic seal, mineral, new energy, military, aerospace, almost all modern industries.
Remark: We produce a series of alumina ceramic products, including alumina metalized ceramics, ceramic substrates, ceramic wafers, ceramic guides, and so on.Datasheet of technical ceramic materials
|
Shenzhen Hairuituo New Materials Co., Ltd., strategically located in the bustling city of Shenzhen, China.
As a distinguished leader in the industry, Shenzhen Hairuituo New Materials Co., Ltd. excels in the seamless integration of development, design, molding, sintering, production, and sales of precision ceramic products. Over the past decade of remarkable expansion, we've proudly formed alliances with over 2,000 esteemed clients and collaborated with 60 prestigious universities. Our cutting-edge factory spans an impressive 2,000 square meters, staffed by a dedicated team of 50 professionals, generating an astounding annual production value nearing 20 million. Celebrated for our outstanding industry reputation, we present a diverse array of superior ceramic products including rods, tubes, plates, blocks, and precision industrial parts. Our facility boasts advanced, high-precision machinery that ensures excellence in ceramic forming, sintering, and precision machining. With enthusiasm, we look forward to forging meaningful partnerships with clients both locally and on the global stage.
Why Choose Us?
1. A wealth of over 10 years of expertise in industrial ceramic production, ensuring mastery and innovation.
2. Offering superior quality products that set the standard in the industry, all at competitive prices.
3. Delivering ultra-high precision parts with minimal tolerance levels that guarantee impeccable performance.
4. Efficient and timely production schedules that ensure we meet your needs without delay.
5. Our experienced, professional, and highly efficient R&D team is dedicated to innovation and excellence.
6. We boast a stellar reputation both domestically and internationally, reflecting our commitment to quality.
7. Flexible MOQ policies that welcome and accommodate even small-scale orders with open arms.
8. An energetic team backed by exceptional after-sales support to ensure your satisfaction.