Bulk Density Of ≥3.2g/Cm3 Alumina Ceramic Balls For Precision And Temperature Environments

Product Description:

Inert Alumina Balls, often referred to as inert packing spheres, are a highly versatile and premium solution for a variety of industrial applications. With an alumina content ranging from 92% to 99.5%, these balls deliver outstanding performance and reliability across different settings.

Produced from pure alumina material, these Inert Alumina Balls showcase a unit compressive strength of at least 5000(N) for a 13mm size, ensuring robust durability and long-term use. Their superior strength makes them perfect for applications that demand high-pressure resistance and stability.

A notable feature of the Inert Alumina Balls is their impressive hardness rating of 9 on the Mohs scale. This exceptional hardness level enhances their wear resistance and ability to endure harsh operating conditions, making them a dependable choice for rigorous industrial processes.

Available in a clean white color, these Inert Alumina Balls not only provide excellent performance but also add a sense of cleanliness and elegance to their surroundings. The consistent color and appearance of the balls make them visually appealing and suitable for a wide array of applications.

Whether you require an alumina content of 92%, 95%, 99%, or 99.5%, these Inert Alumina Balls offer flexibility and customization options to meet your specific needs. The varying alumina content levels allow you to select the ideal product that aligns with the demands of your application, ensuring optimal performance and efficiency.

In summary, the Inert Alumina Balls are a high-quality solution for inert packing applications, offering exceptional strength, hardness, and purity. Their versatility and reliability make them a preferred choice for industries seeking high-performance materials for their processes.

Features:

• Ceramic Balls: Inert Alumina Balls
• Bulk Density: ≥3.2g/cm3
• Hardness: 9
• Unit Compressive Strength(13mm/N): ≥ 5000
• Water Absorption: ≤ 5%, or Can Be Customized Design
• Material: Alumina

Technical Parameters:

Applications:

HUA AO Inert Alumina Balls, also known as Ceramic Balls, are versatile and high-quality products that find applications across various industries. The product is originated from China and is available in packaging of 25kgs per bag and 1 ton on a pallet, or as per the customer's specific requirement. The payment terms for the product include 100% in advance or 30% TT in advance with the balance payment before delivery.

With a hardness rating of 9, these white Inert Alumina Balls are composed of alumina material with alumina content options of 92%, 95%, 99%, or 99.5%. The unit compressive strength of the balls is equal to or greater than 5000 (13mm/N), ensuring durability and reliable performance in various environments.

The Product Application Occasions and Scenarios for HUA AO Inert Alumina Balls are diverse:

1. Catalyst Support: Inert Alumina Balls are widely used as catalyst supports in chemical and petrochemical industries due to their high crush strength and resistance to thermal shock.

2. Absorption and Purification: These Ceramic Balls are effective in absorption and purification processes in industries such as wastewater treatment, gas purification, and air separation, thanks to their high alumina content.

3. Ballast Material: Inert Alumina Balls serve as ballast material in various applications requiring stable and inert support, such as in gas drying and pressure swing adsorption systems.

4. Heat Transfer Media: The high thermal conductivity of alumina material makes these balls suitable for use as heat transfer media in industries like metallurgy and power generation.

5. Grinding and Milling: Inert Alumina Balls are utilized in grinding and milling applications in the ceramic, mining, and pharmaceutical industries, providing efficient and uniform particle size reduction.

These scenarios highlight the versatility and reliability of HUA AO Inert Alumina Balls, making them indispensable in a wide range of industrial processes and applications.

Customization:

- Brand Name: HUA AO

- Place of Origin: China

- Packaging Details: 25kgs per bag and 1 ton on a pallet, or as customer's requirement

- Payment Terms: 100% in advance/ 30% TT in advance, balance payment before delivery

- Hardness: 9

- Alumina Content: 92%, 95%, 99%, 99.5%

- Color: White

- Water Absorption: ≤ 5%, or Can Be Customized Design

- Bulk Density: ≥3.2g/cm3

Support and Services:

Our Product Technical Support and Services for Inert Alumina Balls include:

- Expert assistance with product selection and customization to meet specific requirements

- Guidance on proper handling, storage, and usage of the product

- Troubleshooting support for any issues related to the product's performance

- Product training and educational resources for users

Packing and Shipping:

Product Packaging:

The Inert Alumina Balls are carefully packed in durable and secure packaging to ensure safe delivery. Each pack contains [specify quantity] of Inert Alumina Balls.

Shipping:

Our shipping process is efficient and reliable. Your order of Inert Alumina Balls will be shipped promptly to your specified address. We use trusted shipping services to ensure the safe and timely delivery of the product.

FAQ:

1. What is the brand name of the Inert Alumina Balls?

HUA AO is the brand name of the Inert Alumina Balls.

2. Where is the Inert Alumina Balls product manufactured?

The Inert Alumina Balls are produced in China.

3. How are the Inert Alumina Balls packaged?

The packaging details include 25kgs per bag and 1 ton on a pallet, or as per the customer's requirement.

4. What are the available payment terms for purchasing the Inert Alumina Balls?

The available payment terms are 100% in advance or 30% TT in advance, with the balance payment to be made before delivery.

5. Can the packaging of Inert Alumina Balls be customized according to specific requirements?

Yes, the packaging of Inert Alumina Balls can be customized based on the customer's specific requirements.