Many people think that they already know it very well after using geogrid used in mining for a period of time. They are not willing to take the initiative to learn more about the mining geogrid. In fact, this has some impact on the geogrid used in mining. You should search for more relevant content.　　

Mining geogrid used in mining has now become an indispensable geotechnical material in our engineering projects. Its strength is very high and can meet the needs of various engineering projects. Of course, there are many models, so you should choose a good model before you buy it. Next, we look at the creep performance of mine geogrid under constant load, and the characteristics of mine geogrid used in mining.　　

After the creep test of the same quality control tensile strength of different materials, different processing methods of mine geogrids, it is found that different grids show different test results, so the creep strength of constant load that can be borne by a certain range of strain requirements, a certain temperature and a certain period of time has been attached great importance.

However, creep test only considers the attenuation of the grid strength under long-term load, and the construction, filling and environment will also affect the strength of the grid in the actual use process. Therefore, the construction damage of the filling material, the influence of soil pH value, the influence of soil microorganism and the influence of grid connector must also be considered.

Let's get to know the used in mining geogrid

Geogrid used in mining, we can literally know that it is a kind of geotechnical material used in coal mining industry. In fact, it is also known as the underground mine with biaxial tensile plastic net false roof, referred to as false roof net. It can also be used for other mine roadway engineering, slope protection engineering, underground civil engineering and traffic road engineering.

It is made of polypropylene as the main raw material, treated by flame retardant and antistatic technology, and formed by biaxial stretching method. It has the characteristics of light weight, high strength, isotropic, anti-static, non-corrosion and flame retardant, so it is a rare geotechnical material.