How to choose a quartz grinding mill?

Posted by Amelia on May 17, 2023
Table of Contents


    You have a lot of choices when it comes to grinding quartz. We are going to look at the different types of grinding mill and what they do as well as how they work.

    1.Check the material you will be grinding

    • Check the material you will be grinding

    The first step of choosing a grinding mill is determining what type of quartz it will be and whether the material has any specific characteristics that can affect its processing. Quartz is a very common mineral in nature, so there are many different types of quartz powder and grain size requirements. Some granular materials may have special properties or require special production methods, such as superhardness, wear resistance, toughness and other physical properties. In addition to these factors, you must also consider whether your material has specific chemical properties (such as acidity or alkalinity). Also check if there are any other elements present in your raw materials - for example, silica-containing slags contain potassium oxide (K2O) which may lead to reduced efficiency because of its high melting point compared to pure silica sand grains without K2O content exceeding 1% by weight).

    2.Determine your desired mesh size

    The mesh size is the number of openings per linear inch. Mesh size is determined by the distance between the wires in the screen. The standard wire gauge for most screens is 0.50mm, which means that there are 50 wires per linear inch. The smaller and closer together these wires are, the finer your grind will be. If you want to measure your mesh size, you need a micrometer or microscope and a ruler with at least two decimal points (i.e., 1/32" = 0.03125").

    To measure your desired mesh size:

    • Gather all of your tools together on a clean table or other flat surface; make sure everything is working properly before proceeding
    • Measure out some powdery material that's easy to hold onto with tweezers or forceps (for example: flour or spices) - it should have some texture but still be light enough for you to easily move it around in midair without being so light that it falls through cracks between screens

    3.What are the features that you need?

    To choose a quartz grinding mill, you should know the following features:

    • Drum diameter: The larger the drum, the greater its grinding capacity. If you want to grind large amounts of material at one time, it's best to choose a drum that's between 100mm and 400mm in diameter.
    • Drum speed: Quartz mills are typically designed for high speeds (5~20m/s). However, they can also be used at lower speeds when small amounts of material need to be ground or when there is no need for high efficiency. Mill speed is generally determined by size and type of feedstock being processed as well as required productivity levels and throughput capacity requirements.

    4.What are your needs?Is buying or renting right for you?

    The first thing to ask yourself is whether you want to buy or rent a powder grinding mill. If you're looking for work that needs to be done now, renting may be better for the short term. But if you have larger projects in mind and need a long-term solution, purchasing might be best. Buying also gives you more flexibility if you want to move your mill from one location to another or change production locations entirely.

    Renting can help save money on equipment while still giving you access to high performance machines. However, there are some drawbacks when it comes time for moving day: renting means renting—you won't own any of the equipment and will have nowhere else besides where it's currently located (which may be difficult if that location has been completely leveled). This could mean losses on expensive replacement parts or downtime due to transportation difficulties before reaching their new home base!

    The next thing we'll look at before making our choice is how much money each option would cost us over time - which leads directly into our next question...

    5.Do You Need a Particle Size Distribution Analysis with Your Sample Grinding?

    It is often necessary to test the particle size distribution of your sample. This can be done by using an electron microscope or by using a laser diffraction instrument. While these tests provide accurate results, they require much more time and money than simply grinding your sample in a mill.

    If you decide to use an electron microscope to determine the particle size distribution of your final product, it's advisable that you have already optimized your grinding process with the help of a simple centrifuge test. The reason for this is because it takes at least 10 minutes for an electron microscope to produce its results while centrifuging takes only 3 minutes or less on average (though this number may vary depending on whether or not you have pre-sorted your raw material). Since these two processes are competing for time, it makes sense not only from an economic standpoint but also from an efficiency standpoint that one should optimize their grinding process before conducting any tests which will take longer than 5 minutes in total (3 minutes if using a centrifuge).

    6.How does the material perform in the mill? It is not unusual for mills to wear differently with variations of input materials.

    To determine the wear of the mill, you can use a simple test. All you need is a piece of carbon paper and a small sample of material. First, take your carbon paper and place it between two sheets of clean white paper or cardboard. Then put your material on top of that and rub back and forth with moderate pressure over an area that is not too large (a quarter inch square will do). If there are any scratches on the surface then this is probably good enough to tell how well it works in your mill.

    If there are no scratches then try using something harder like steel wool or sandpaper instead; if this makes scratches then this means that they were able to scratch away at least some of what was on top without causing much damage to themselves (and so they must be very hard).

    We make grinding mills for a variety of applications, including vertical roller mill and ball mill.

    Quartz grinding mill is a key device for quartz stone grinding plant, powder grinding plant, as well as barite ore grinding plant, dolomite grinding , marble powder grinding plant, etc. We have developed a full range of grinding mills for different applications. For example, our vertical roller mill and ball mill have been used for quartz stone grinding plant and other industries to meet their needs.

    For the quartz stone or other materials processing industry requirements, we also provide customized design services based on your production layout and equipment requirements to help you achieve better results.


    We hope that this article has helped you understand the process of selecting a quartz grinding mill. If you have any questions, please feel free to contact us
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