High Performance Alumina Ceramic Slice with Dielectricity Constant 9-9.7, 0% Water Absorption, and 20 W/mK Thermal Conductivity

Product Description:

The Alumina Ceramic Components are high-quality products known for their exceptional mechanical strength, thermal conductivity, flexural strength, and breakdown voltage. These components are widely used in various industries due to their superior properties.

One of the most popular products in this range is the Alumina Ceramic Plate. With its high mechanical strength, the Alumina Ceramic Plate is able to withstand heavy loads and harsh conditions, making it ideal for demanding applications. The plate's thermal conductivity of 20 W/mK ensures efficient heat transfer, making it suitable for use in heat exchangers and other thermal management systems.

Another key component in this product line is the Alumina Ceramic Ring. The Alumina Ceramic Ring offers impressive flexural strength ranging from 358(52) to 550 Mpa (psix10^3), making it a reliable choice for applications requiring high resistance to bending and deformation. Its excellent breakdown voltage of 20 KV/mm ensures safe and reliable operation even in high-voltage environments.

When it comes to packaging, the Alumina Ceramic Components are carefully packed in cartons to ensure safe transportation and storage. The carton packaging provides protection against damage during handling and shipping, allowing customers to receive their products in perfect condition.

Overall, the Alumina Ceramic Components offer a combination of high mechanical strength, impressive thermal conductivity, excellent flexural strength, and reliable breakdown voltage. Whether you need Alumina Ceramic Plates, Alumina Ceramic Rings, or other components in this range, you can trust in the quality and performance of these products for your industrial needs.

Features:

• Product Name: Alumina Ceramic Components
• Key Word: Ivory Electronic Ceramic Components
• Mechanical Strength: High
• Flexural Strength: 358(52) - 550 Mpa(psix10^3)
• Chemical Resistance: Excellent
• Volume Density: ≥3.65

Technical Parameters:

Applications:

Alumina Ceramic Components by Antaeus from Hunan, China offer a versatile solution for a wide range of product application occasions and scenarios. The product, known for its exceptional quality and performance attributes, is ideal for various industries due to its excellent thermal conductivity, flexural strength, dielectric strength, water absorption of 0%, and outstanding chemical resistance.

The Alumina Ceramic Components, also referred to as Alumina Ceramic Case, are designed to meet diverse needs across different sectors. Their high thermal conductivity of 20 W/mK makes them perfect for applications requiring efficient heat dissipation, such as in electronics, automotive, and aerospace industries. The components' impressive flexural strength ranging from 358(52) to 550 Mpa(psix10^3) ensures durability and reliability in demanding environments.

With a dielectric strength of 15 KV/mm, the Alumina Ceramic Case is suitable for electrical insulation purposes, making them essential in the manufacturing of insulators, circuit substrates, and other electronic components. The components' water absorption rate of 0% further enhances their longevity and stability, making them an excellent choice for applications where moisture resistance is crucial.

Antaeus offers these high-quality Alumina Ceramic Components with flexible terms, including negotiable minimum order quantities and prices. The components are packaged securely with inner vacuum packaging and outer cartons for safe transportation and storage. Customers can expect a delivery time of 15-45 days, with payment terms available through T/T or negotiation.

With full supply ability, Antaeus ensures a constant and reliable source of Alumina Ceramic Components to meet the evolving needs of various industries. Whether for thermal management, structural support, electrical insulation, or chemical resistance requirements, the Alumina Ceramic Case by Antaeus delivers exceptional performance and durability in every application scenario.