Precision Zirconia Milling Beads Ultra Fine Grinding Media For Perfect Results

Product Description:

The Zirconia milling media has a crushing load of more than 1500N, making it ideal for use in applications where high pressure is required. The media is available in 25kgs barrels, which are packed onto pallets for easy transportation and storage. This makes it convenient for customers to order and use the product without worrying about storage or handling issues.

The sphericity of the Zirconia milling media is greater than 95%, which means that it has a high degree of roundness. This is important for applications that require precise grinding, as it ensures that the media will maintain its shape and size throughout the grinding process. The high sphericity also ensures that the media will have a consistent grinding performance, which is important for achieving uniform and high-quality results.

The Zirconia milling media has a fracture toughness of 7-8 MPa.m1/2, which means that it is highly resistant to cracking or chipping. This is important for applications that require long grinding times, as it ensures that the media will maintain its structural integrity and remain effective throughout the grinding process.

In summary, the Zirconia milling media is a high-quality grinding media that is ideal for ultra-fine grinding applications. It has a high crushing load, comes in convenient packaging, has a high sphericity, and is highly resistant to cracking or chipping. If you're looking for a reliable and efficient grinding media for your application, the Zirconia milling media is an excellent choice.

Features:

• Product Name: Zirconia Milling Media
• Crushing Load: >1500N
• Chemical Index: ZrO2 80%Min., CeO2 20%Max.
• Size: 0.1-50mm
• True Density: 6.1g/cm3
• Packing Density: 3.7-3.9 G/cm3

Zirconia milling media is a high-quality grinding media that boasts a crushing load of over 1500N. With a chemical index of ZrO2 80%Min. and CeO2 20%Max., it is ideal for use in a variety of applications. The size range of 0.1-50mm allows for versatility in grinding and milling processes. With a true density of 6.1g/cm3 and a packing density of 3.7-3.9 G/cm3, Zirconia milling media is a reliable choice for any grinding application.

Technical Parameters:

Applications:

One of the key advantages of Zirconia milling media is its high thermal conductivity rating of 3 W/mK. This makes it an excellent choice for milling applications that produce a lot of heat, as it can effectively dissipate that heat and help to prevent damage to the milling equipment. The true density of Zirconia milling media is also an impressive 6.1g/cm3, which speaks to its durability and overall quality.

Zirconia milling media is ideal for use in a wide range of applications and scenarios. It is commonly used in the manufacturing of electronics, such as circuit boards and semiconductors, as well as in the production of advanced ceramics and other high-tech materials. Its high hardness and crushing load capabilities make it an excellent choice for milling hard materials, such as minerals and ores, while its thermal conductivity rating makes it well-suited for use in applications that produce a lot of heat.

In addition to its technical capabilities, Zirconia milling media is also a cost-effective solution for many milling applications. Its durability and long lifespan mean that it can be used for multiple milling cycles, helping to reduce overall costs and improve efficiency.

Overall, Zirconia milling media is a high-quality, versatile product that is well-suited for use in a wide range of applications and scenarios. Its exceptional hardness, crushing load capabilities, thermal conductivity, and true density make it a top choice for anyone looking for reliable and cost-effective milling media.

Customization:

• True Density: 6.1g/cm3
• Chemical Index: ZrO2 80%Min., CeO2 20%Max.
• Usage: Ultra-fine Grinding
• Material: Zirconia
• Composition: 94.8% ZrO2, 5.2% Y2O3

Choose Zirconia milling media for your ultra-fine grinding needs. Customize your order with our various options to ensure the perfect fit for your application.

Support and Services:

Zirconia Milling Media is a type of grinding media that is made of high-grade ceramic material. It is ideal for use in milling and grinding applications that require high strength, high hardness, and wear resistance. The product is available in various sizes and shapes to fit different milling and grinding equipment.

Our technical support team is available to assist customers with any questions or concerns regarding the use of Zirconia Milling Media. We provide guidance on the selection of the appropriate media size and shape, as well as advice on the optimal milling and grinding conditions for specific applications.

In addition to technical support, we also offer a range of services to ensure that our customers get the most out of their Zirconia Milling Media. These services include media testing, analysis, and optimization to achieve the desired milling and grinding results. We also provide customized media formulations to meet specific customer requirements.

Packing and Shipping:

Product Packaging:

• 25 kg in a drum
• 50 kg in a drum
• Custom packaging available upon request

Shipping:

• Shipping available worldwide
• Shipping costs calculated based on destination and weight
• Delivery time varies based on destination and shipping method

FAQ:

A: Zirconia Milling Media is made of high-quality zirconia ceramics.

A: Zirconia Milling Media has high density, high hardness, and superior milling efficiency. It is also resistant to wear and corrosion.

A: Zirconia Milling Media is available in sizes ranging from 0.1mm to 30mm.

A: Zirconia Milling Media is recommended for use in high-energy mills such as horizontal mills, vertical mills, and basket mills. It is ideal for grinding and dispersing materials such as ceramics, paints, pigments, and minerals.

A: Zirconia Milling Media should be stored in a dry and cool place. It is recommended to keep it in its original packaging and avoid exposure to moisture and high temperatures.