Mineral pumice is a very special stone with unique properties. This material is used in many industries such as construction, construction, agriculture, textile, etc. Mineral pumice has unique properties and characteristics that you will learn about in this article.
Mineral pumice is a light, porous and resistant stone that has become one of the main building materials due to its properties. In addition to the fact that all types of pumice are used in the civil and construction industry, mineral pumice has many uses in agriculture and improves the soil.
Radman Production Group produces mineral pumice, industrial agriculture, construction in Kerman
What is mineral pumice?
To define mineral pumice, it is better to first find the root of its name. Mineral pumice is known in English as pumice or pumice. It is interesting to know that pumice is also called foot stone. This is while stone is only one of the products produced from mineral pumice stone.

Mineral pumice, a material with unique properties
The main source of mineral pumice is volcanoes. During volcanic activity, volcanic rocks melt due to contact with lava and high heat, and after cooling down, they form molten bubbles or mineral pumice. These pumice have very high porosity and are used as a useful material in the construction industry. are used.
Among the applications of mineral pumice, it is possible to point out the slope of buildings, the construction of blocks and all kinds of construction infrastructure. In building slope, slope pumice is used as a base layer so that the desired final coating can be easily created on its surface. Also, by using mineral pumice, you can produce resistant and light building blocks that are used in different buildings. Mineral pumice has many properties, but the main advantage of this material in building construction is its lightness. . Due to its special structure, mineral pumice is light in weight and can significantly reduce the weight of the entire building. Some other features and properties of this material are:
1. High porosity
2. High resistance
3. Sound insulation
4. Thermal insulation
5. Water absorption
6. Chemical stability
7. Recyclability
8. Compatibility with other building materials