What are the key features of the Quartz Ultrafine Vertical Mill (CLUM)

The Quartz Ultrafine Vertical Mill, also known as the CLUM, is a high-performance milling machine with several key features. It offers stable operation, energy efficiency, and environmental friendliness. It can produce high-quality quartz powder with characteristics such as high whiteness, good ball shape, and a high fine powder content. The mill is intelligent, controllable, and suitable for various high-end powder processing industries.

What is the range of adjustable fineness for the Quartz Ultrafine Vertical Mill (CLUM)

The CLUM mill allows for adjustable fineness in the range of 150-3000 mesh. This wide range of adjustable fineness makes it suitable for various applications in industries that require different levels of fineness in the final product.

What are the advantages of the Quartz Ultrafine Vertical Mill (CLUM)

The CLUM mill offers several advantages, including a lower comprehensive investment as it integrates multiple processes into one machine, reducing equipment and layout costs. It also optimizes operation, leading to lower operating costs, and produces high-quality, low-iron content powder due to its short grinding time. Additionally, it meets high environmental standards and offers automation for ease of operation. The mill's digital processing and precision machining ensure high quality, and customers receive ongoing support for equipment maintenance and parts supply.

What are the main applications of Quartz Powder

Quartz powder has a wide range of applications due to its high whiteness, lack of impurities, and low iron content. Some of its main applications include its use in the manufacturing of glass, ceramics, refractory materials, construction materials, chemical industry, machinery, electronics, rubber, plastic, coatings, metallurgy, and even in aviation and aerospace due to its unique properties and characteristics.

What are the processable materials for the Quartz Ultrafine Vertical Mill (CLUM)

The CLUM mill is designed to process non-metallic ores with a Mohs hardness of less than 7, including materials like marble, dolomite, mica, calcite, limestone, talc, barite, and bentonite. Additionally, it can process materials like bamboo, shells, coconut shells, and cocoa shells, making it versatile for various industrial applications.

Can you explain the working principle of the Quartz Ultrafine Vertical Mill (CLUM)

The CLUM mill operates based on a simple and efficient working principle. The main motor drives the grinding disc to rotate, and at the same time, air enters the mill through an air inlet. Material falls onto the grinding disc through a screw feeder and is evenly distributed from the center to the edge due to centrifugal force.

As the material passes through the grinding roller area on the disc, it is crushed by the grinding roller. Fine material forms a bed for inter-particle crushing, while coarse material is directly crushed. Crushed materials continue to move to the edge of the milling disc and are carried away by the air current at the wind ring. Larger granular materials fall back to the grinding disc to be further crushed.

Qualified fine powder exits the mill with the airflow and is collected by a powder collector. Any iron or impurities in the material are separated and discharged, ensuring a high-quality final product.