How much basalt fiber does a ton of basalt come from?

100kg basalt fiber: continuous fiber drawn from natural basalt. It is a continuous fiber made of basalt material after melting at 1450 1500 and drawing at high speed through a platinum rhodium alloy drawing leak plate.

The color of pure natural basalt fibers is generally brown with a metallic luster. Basalt fiber is a new type of inorganic environmentally friendly green high-performance fiber material, which is made of silicon dioxide.

Alumina, calcium oxide, magnesium oxide, iron oxide and titanium dioxide.

and other oxides. Basalt continuous fiber not only has high strength, but also has a variety of excellent properties such as electrical insulation, corrosion resistance, and high temperature resistance. In addition, the production process of basalt fiber determines that there is less waste generated, less pollution to the environment, and the product can be directly degraded in the environment after discarding, without any harm, so it is a veritable green and environmentally friendly material.

China has listed basalt fiber as the four major fibers (carbon fiber) for key development.

aramid, ultra-high molecular weight polyethylene, basalt fiber), industrial production has been realized. Basalt continuous fibers have been widely used in fiber reinforced composites, friction materials, shipbuilding materials, thermal insulation materials, automotive industry, high-temperature filter fabrics, and protective fields. The surface of basalt fiber is smooth, the surface energy is low, and after surface modification, nano-SiO2 particles are added to the surface of the basalt fiber, which effectively improves the surface roughness of the fiber.

The effective contact area between the microorganism and the carrier is increased; After modification, there are cations on the surface, the surface potential of the carrier is increased, and the surface of the carrier has a positive charge, and the electrostatic suction is used to promote the fixation of microorganisms, which is conducive to the immobilization of microorganisms. The active functional groups on the modified surface increase the surface energy of the carrier, and the hydroxyl group, carbonyl group or carboxyl group contained in it has a positive effect on the adhesion and growth of microorganisms on the surface of the carrier. Through the surface modification of the basalt fiber carrier, it has good hydrophilicity and microbial load performance, so that it can carry more biomass and maintain high microbial activity for a long time, so as to achieve more effective degradation of pollutants in water by biofilm method.

The main components of basalt are silica, aluminum oxide, iron oxide, calcium oxide, magnesium oxide (and a small amount of potassium oxide and sodium oxide), of which silica content is the largest, accounting for about 45 to 50 percent.

Summary. Basalt fiber is a new type of composite material, which is made by drawing basalt ore after melting at high temperature. For 100 tons of basalt, the amount of basalt fiber it contains depends on factors such as the production process of basalt fiber and the stretching ratio.

Normally, about 2 to 5 tons of basalt fibers can be obtained by 100 tons of basalt ore after being melted, drawn and other processes. However, this figure is only for reference, and the specific situation needs to be determined according to factors such as the production process and the quality of raw materials.

Basalt fiber is a new type of composite material, which is made by drawing basalt ore after melting at high temperature. For 100 tons of basalt, the amount of basalt fiber contained in tumbling depends on factors such as the production process of basalt fiber and the proportion of stretching. Normally, about 2 to 5 tons of basalt fibers can be obtained by 100 tons of basalt ore after being melted, drawn and other processes.

How much is a ton of basalt used to produce fibers?

Okay pro. The answer is right away.

Basalt is a raw material for fiber production, and its ** varies depending on factors such as region, origin, ore quality, and purchase volume. Generally speaking, the ** of basalt is between 100 yuan and 500 yuan per ton. However, if you want to produce high-quality fibers, you need to choose basalt old devoid rocks without impurities, which may be higher.

In addition, other factors such as shipping costs should also be considered. Therefore, the specific ** should be determined according to the actual situation. It is recommended that you do more market research and comparison before purchasing, and choose a reputable and reasonable supplier for purchasing.

Summary. 1.Tensile strength.

The tensile strength of recycled concrete is 0% 10% lower than that of ordinary concrete, in the process of recycled concrete destruction, the aggregate itself has different components, and there are some micro-cracks after being stressed, resulting in low aggregate strength, so at present, recycled aggregate is mainly used to configure medium and low strength concrete, and the recycled concrete after mixing basalt fiber can give full play to the advantages of high tensile strength of basalt, and the close combination of basalt and coarse aggregate at the same time.

Dear, the finer the basalt fiber, the more expensive it is.

**？For example, 6 microns.

Pro, 6 microns** is around 650 yuan.

Features:1Tensile strength.

The tensile strength of recycled concrete is 0% 10% lower than that of ordinary concrete, in the process of recycled concrete destruction, the aggregate itself has different components, and there are some micro-cracks after being stressed, resulting in low aggregate strength, so at present, recycled aggregate is mainly used to configure medium and low strength concrete, and the recycled concrete after mixing basalt fiber can give full play to the advantages of high tensile strength of basalt, and the close combination of basalt and coarse aggregate at the same time.

2.Impermeability. The permeability of concrete is mainly caused by the capillaries inside, and under the same experimental conditions, the impermeability of recycled concrete is lower than that of ordinary concrete.

It is mainly because there are a large number of micro-cracks inside the recycled aggregate, and the firmness of the interface between the cement mortar and the aggregate of the recycled concrete is lower than that of ordinary concrete, which is conducive to the expansion of cracks and reduces the hindrance of the aggregate on the capillaries.