High Wear Resistance Alumina Ceramic Plates Wear Volume 0.30cm3 Elastic Modulus 340GPa

Product Description:

The Alumina Ceramic Plates are an exceptional choice for applications requiring high corrosion resistance, superior mechanical properties, and excellent thermal stability. These alumina plates, also known as ceramic wear plates, offer a wide range of benefits making them ideal for various industrial uses.

One of the key features of the alumina ceramic plates is their high corrosion resistance. With a corrosion resistance rating of "High," these plates are well-suited for environments where chemical exposure is a concern. This makes them a reliable option for industries such as chemical processing, mining, and pharmaceuticals where protection against corrosion is essential.

In terms of mechanical properties, the alumina plates boast an Elastic Modulus of 340GPa, indicating their ability to withstand deformation under stress. This high Elastic Modulus ensures that the plates maintain their shape and structural integrity even under high loads, making them suitable for heavy-duty applications where durability is crucial.

The Dielectric Constant of 10 adds to the versatility of the alumina ceramic plates, making them suitable for electrical insulation applications. This property is essential in industries such as electronics and telecommunications where maintaining electrical insulation is critical for safe and efficient operations.

Furthermore, the Bending Strength of 310MPa ensures that the alumina plates are capable of withstanding bending forces without fracturing. This high bending strength makes them a reliable choice for applications where mechanical strength and resistance to bending are required, such as in material handling equipment and machinery components.

Another notable characteristic of the alumina ceramic plates is their Thermal Expansion rate of 7-8 X 10-6/K. This low thermal expansion coefficient means that the plates exhibit minimal dimensional changes with fluctuations in temperature, making them suitable for use in high-temperature environments where thermal stability is crucial.

Overall, the Alumina Ceramic Plates offer a combination of exceptional corrosion resistance, mechanical strength, thermal stability, and electrical insulation properties, making them a versatile and reliable choice for a wide range of industrial applications. Whether used as ceramic wear plates in abrasive environments or as protective barriers against corrosion and thermal fluctuations, these alumina plates deliver high performance and reliability.

Features:

• Product Name: Alumina Ceramic Plates
• Density: 3.8-3.9g/cm3
• Alumina Content: 95%
• Wear Resistance: High
• Max. Operating Temperature: 1500℃
• Wear Volume: <0.30cm3

Technical Parameters:

Applications:

Alumina Ceramic Plates are versatile and high-performance ceramic wear plates that find a wide range of product application occasions and scenarios due to their exceptional properties. Originating from China, these aluminum oxide ceramic plates are known for their durability, making them suitable for various industrial applications.

The Packaging Details for Alumina Ceramic Plates typically involve secure transportation in Wooden Cases to ensure their safe delivery to customers. This packaging method helps protect the ceramic plates during transit, maintaining their quality until they reach their destination.

When it comes to Payment Terms, customers have the flexibility to choose between 100% In Advance or 30% TT In Advance, with the Balance Payment Before Delivery. This payment arrangement provides options for different purchasing preferences, enhancing the accessibility of Alumina Ceramic Plates.

With an Elastic Modulus of 340GPa, these ceramic plates exhibit excellent resistance to deformation under stress, ensuring reliable performance in demanding conditions. Their Plate Shape and varying Width options ranging from 10mm to 100mm cater to diverse requirements across different industries.

Alumina Ceramic Plates are designed to withstand high temperatures, with a Max. Operating Temperature of 1500℃. This thermal stability makes them ideal for applications involving extreme heat, such as in furnaces, kilns, and other thermal processes.

Thanks to their Density of 3.8-3.9g/cm3, Alumina Ceramic Plates offer a combination of lightness and strength, making them well-suited for applications where weight and durability are crucial factors.

Customization:

Product Customization Services for Alumina Ceramic Plates:

Place Of Origin: China

Packaging Details: Wooden Case

Payment Terms: 100% In Advance/ 30% TT In Advance, Balance Payment Before Delivery

Elastic Modulus: 340GPa

Wear Volume: <0.30cm3

Width: 10-100mm

Corrosion Resistance: High

Bending Strength: 310MPa

Keywords: alumina plate, aluminum oxide ceramic plate, Ceramic Alumina Plate

Packing and Shipping:

Product Packaging:

Each Alumina Ceramic Plate is carefully wrapped in bubble wrap to ensure its safety during transit. The plates are then placed in a sturdy cardboard box with ample cushioning material to prevent any damage.

Shipping Information:

Orders will be processed and shipped within 1-2 business days. We offer standard shipping options as well as expedited shipping for faster delivery. Tracking information will be provided once the order has been shipped.

FAQ:

Q: Where are the Alumina Ceramic Plates manufactured?

A: The Alumina Ceramic Plates are manufactured in China.

Q: What are the packaging details for the Alumina Ceramic Plates?

A: The Alumina Ceramic Plates are packaged in wooden cases.

Q: What are the payment terms for purchasing Alumina Ceramic Plates?

A: The payment terms for Alumina Ceramic Plates are 100% in advance or 30% TT in advance, balance payment before delivery.

Q: Are the Alumina Ceramic Plates suitable for high-temperature applications?

A: Yes, the Alumina Ceramic Plates are suitable for high-temperature applications.

Q: Can the Alumina Ceramic Plates be customized in terms of size and shape?

A: Yes, the Alumina Ceramic Plates can be customized in terms of size and shape based on specific requirements.