Thermal Stable ≥570C CCR Alumina Carrier with 190-210m2/G Surface Area and ≥40N

Product Description:

The CCR Alumina Carrier, also known as the Drip ball, is a crucial component in various industrial processes, prized for its exceptional mechanical strength and high thermal conductivity. This specialized carrier material is composed of alumina, offering a surface area ranging from 190 to 210m2/g, making it an efficient choice for catalytic applications.

One of the standout features of the CCR Alumina Carrier is its remarkable mechanical strength. With a robust structure, this carrier material can withstand harsh operating conditions, ensuring long-lasting performance and reliability in industrial settings. Whether used in chemical processes or gas treatment applications, the high mechanical strength of this alumina carrier provides stability and durability, contributing to consistent operation and productivity.

Additionally, the CCR Alumina Carrier boasts a surface area of 190-210m2/g, offering ample space for catalytic reactions to take place. This generous surface area facilitates efficient interaction between the catalyst and reactants, enhancing reaction rates and overall process efficiency. The optimized surface area of this alumina carrier makes it an ideal choice for various catalytic processes, enabling improved performance and productivity in industrial operations.

Furthermore, the high thermal conductivity of the CCR Alumina Carrier is a key advantage in heat transfer applications. With its ability to efficiently conduct heat, this carrier material enables rapid and uniform distribution of thermal energy, contributing to effective temperature management in catalytic reactors and other thermal processes. The high thermal conductivity of alumina ensures that heat is effectively transferred throughout the carrier, enhancing process control and energy efficiency.

In terms of pore size, the CCR Alumina Carrier features a medium pore size that strikes a balance between surface area and diffusion properties. The medium-sized pores of this carrier material allow for adequate diffusion of reactants and products, promoting efficient mass transfer and enhancing catalytic performance. The well-designed pore structure of this alumina carrier facilitates optimal utilization of active sites, leading to improved catalytic activity and process yields.

When it comes to material composition, the CCR Alumina Carrier is crafted from high-quality alumina, known for its excellent chemical and thermal properties. Alumina is a versatile material widely used in industrial applications due to its exceptional stability, resistance to corrosion, and thermal durability. The choice of alumina as the primary material for this carrier ensures compatibility with a wide range of catalytic processes and operating conditions, making it a reliable and versatile solution for diverse industrial needs.

In summary, the CCR Alumina Carrier, also referred to as the Drip ball, stands out as a superior choice for catalytic applications, thanks to its high mechanical strength, generous surface area, high thermal conductivity, medium pore size, and premium alumina material composition. Whether employed in chemical reactions, gas treatment processes, or other industrial applications, this alumina carrier delivers exceptional performance, reliability, and efficiency, making it an indispensable component in various industrial operations.

Features:

• Drip ball
• CCR alumina carrier
• CCR alumina carrier
• Surface Area: 190-210m2/g
• Thermal Stability: ≥570℃
• Shape: Sphere
• Material: Alumina
• Pore Size: Medium

Technical Parameters:

Applications:

The CCR carrier, also known as the Alumina catalyst carrier, is a versatile product designed for various application occasions and scenarios. Its model number, SCR-A/B, signifies its high quality and performance standards. Originating from China, this product ensures reliability and efficiency, making it a preferred choice in the market.

With a minimum order quantity of 1 ton, customers have the flexibility to procure the CCR carrier based on their specific requirements. The packaging details can be tailored to customer demand, whether in drums or ton packs, offering convenience and ease of handling.

The CCR carrier boasts a supply ability of 2000 tons per year, ensuring a steady availability for continuous usage. Its chemical stability makes it acid and alkali resistant, ideal for challenging environments where corrosion resistance is crucial.

Thanks to its excellent abrasion resistance, the CCR carrier is suitable for demanding applications such as drip balls or oil columns, where durability is essential. Its high thermal conductivity further enhances its performance in various industrial processes, ensuring efficient heat transfer.

Made from high-quality alumina material, this product exhibits low water absorption, making it ideal for applications where moisture resistance is required. The CCR carrier's versatility and reliability make it a valuable asset in industries requiring a robust catalyst carrier.

Customization:

Product Customization Services for CCR Alumina Carrier:

Brand Name: CCR carrier

Model Number: SCR-A/B

Place of Origin: CHINA

Minimum Order Quantity: 1t

Packaging Details: Customer demand, drum or ton pack

Supply Ability: 2000t/year

Thermal Stability: ≥570℃

Crushing Strength: ≥40N

Shape: Sphere

Water Absorption: Low

Material: Alumina

Alumina catalyst carrier for CCR, Oil column, Oil column

FAQ:

Q: What is the brand name of this product?

A: The brand name is CCR carrier.

Q: What is the model number of the CCR Alumina Carrier product?

A: The model number is SCR-A/B.

Q: Where is this product manufactured?

A: This product is manufactured in China.

Q: What is the minimum order quantity for the CCR Alumina Carrier?

A: The minimum order quantity is 1 ton.

Q: What are the packaging details for this product?

A: The packaging details can be customized according to customer demand, available in drum or ton pack.

Q: What is the annual supply ability of the CCR Alumina Carrier?

A: The supply ability is 2000 tons per year.