Insulation Resistance 1012 Ohm-cm Aluminum Oxide Ceramic with Breakdown Voltage 20 KV and Thermal Expansion 8.9 X 10-6/K

Product Description:

Experience exceptional performance and durability with our Aluminum Oxide Ceramic products. Our 95% Alumina ceramic plate is engineered to meet the highest standards of quality and reliability, making it an ideal choice for a wide range of applications.

With a Poisson's Ratio of 0.25, our ceramic plates exhibit excellent mechanical properties, ensuring superior resistance to deformation under stress. This characteristic is further enhanced by a Young's Modulus ranging from 200 to 400 GPa, providing exceptional stiffness and elasticity.

When it comes to dielectric properties, our 95% Alumina ceramic plate boasts a Dielectric Constant of 9.6, making it an excellent insulator for electrical applications. This ensures reliable performance in demanding environments where electrical insulation is crucial.

Furthermore, the Thermal Expansion coefficient of 8.9 x 10-6/K ensures minimal dimensional changes over a wide temperature range, making our ceramic plates highly stable and reliable in varying thermal conditions.

Not only do our ceramic plates offer outstanding mechanical and electrical properties, but they also exhibit a Density ranging from 3.75 to 3.9 g/cm3, providing a lightweight yet robust solution for your specific needs.

Whether you require a 95% Alumina ceramic plate for its exceptional strength and durability or a 99% Alumina ceramic plate for even higher purity and performance, our products are designed to exceed your expectations.

Trust in the quality and reliability of our Aluminum Oxide Ceramic products to deliver superior performance in a variety of applications. Invest in excellence with our premium ceramic plates today.

Features:

• Product Name: Aluminum Oxide Ceramic
• Thermal Expansion: 8.9 X 10-6/K
• Insulation Resistance: >1012 Ohm-cm
• Young's Modulus: 200-400 GPa
• Color: White
• Thermal Conductivity: 25-35 W/mK

Technical Parameters:

Applications:

KAMTAI Aluminum Oxide Ceramic (Model: KT-YHL) is a high-quality product originating from CHINA, certified with ISO 9001. The minimum order quantity for this alumina ceramic substrate is 300PCS, with pricing available for negotiation. Each unit is carefully packaged in a wooden box for secure transportation.

With a thermal expansion rate of 8.9 X 10-6/K and a flexural strength ranging from 200-400 MPa, this alumina ceramic substrate is ideal for high-temperature applications. The material's impressive hardness of 9 Mohs and thermal conductivity of 25-35 W/mK make it a reliable choice for various scenarios requiring durability and heat resistance.

The KAMTAI KT-YHL Aluminum Oxide Ceramic is suitable for a wide range of product application occasions and scenarios. It is commonly used as an alumina ceramic substrate in electronic components, providing excellent thermal management and electrical insulation. The high temperature use alumina ceramic plate is favored in industries such as aerospace, automotive, and semiconductor manufacturing.

Due to its outstanding properties, this alumina ceramic substrate is in high demand and has a supply ability of 500000PCS per month. Orders are typically delivered within 30 days after payment, with payment terms available for TT transactions. Whether for industrial machinery, thermal processing equipment, or laboratory experiments, KAMTAI Aluminum Oxide Ceramic offers a reliable solution for your high-temperature ceramic needs.

Customization:

Product Customization Services for Aluminum Oxide Ceramic:

Brand Name: KAMTAI

Model Number: KT-YHL

Place of Origin: CHINA

Certification: ISO 9001

Minimum Order Quantity: 300PCS

Price: NEGOTIATE

Packaging Details: WOODEN BOX

Delivery Time: 30 DAYS AFTER PAYMENT

Payment Terms: TT

Supply Ability: 500000PCS/MONTH

Tensile Strength: 200-400 MPa

Dielectric Constant: 9.6

Density: 3.75-3.9g/cm3

Breakdown Voltage: >20 KV

Material: Aluminum Oxide Ceramic

Keywords: 99% Alumina ceramic plate, 95% Alumina ceramic plate, alumina ceramic substrate