Temperature Applications Al2O3 with Melting Point 2072°C and Difficult Machinability

Introducing our premium Alumina Ceramic product, designed to meet the demanding requirements of various industrial applications. Crafted with precision using 92% Alumina Powder, this advanced material offers exceptional durability and performance in extreme operating conditions.

The Alumina Ceramic product boasts a remarkable Tensile Strength of 200 MPa, making it ideal for critical applications that demand high mechanical stability and resistance to external forces. Its superior strength is derived from the unique composition of Al2O3, also known as alumina, a high-purity oxide that enhances the material's structural integrity.

One of the standout features of this Alumina Ceramic is its exceptional Wear Resistance, providing long-lasting protection against abrasion, erosion, and chemical corrosion. This property ensures extended service life and reliable performance, even in harsh industrial environments where conventional materials may fail.

Designed for Industrial Ceramic applications, this versatile product offers a wide range of uses across various sectors, including manufacturing, engineering, electronics, and more.

Manufactured using advanced techniques such as Dry Pressing or Isostatic Pressing, this Alumina Ceramic product undergoes a meticulous production process to achieve the desired level of precision, consistency, and quality.

• Product Name: Alumina Ceramic
• Machinability: Difficult
• Manufacturing Method: Dry Pressing Or Isostatic Pressing
• Materials: 92% Alumina Powder (Al₂O₃)
• Application: Industrial Ceramic
• Tensile Strength: 200 MPa

Alumina Ceramic is a versatile material known for its excellent wear resistance, electric insulation properties, and high dielectric strength of 15 KV/mm. Made from 92% Alumina powder, this ceramic product is commonly manufactured using dry pressing or isostatic pressing methods.

The exceptional wear resistance of Alumina Ceramic makes it a perfect choice for various product application occasions and scenarios. Primary uses include:

• Wear-resistant components (ceramic bearings, cutting tools, nozzles)
• Electrical and electronic applications (insulating components, circuit substrates)
• High-voltage insulators
• High-temperature environments (furnace linings, kiln furniture, heat exchangers)
• Chemical processing equipment
• Medical applications (implants, prosthetics, dental devices)