Henan Superior Abrasives - High Quality Silicon Carbide and Silica Fume Supplier

Introduction to Silica Fume Origin of Silica Fume Silica fume, also known as microsilica, is a byproduct of the industrial production of ferrosilicon and silicon metal alloys. It's a fine powder composed primarily of silica (SiO2) and forms when silicon and oxygen react at high temperatures. Originally considered a waste material, silica fume has since been recognized as a valuable resource for various industries. Properties of Silica Fume Silica fume possesses unique properties that make it particularly useful in industrial applications. It is a highly reactive pozzolan, which means it can form cementitious compounds when mixed with water and calcium hydroxide. It also has a very fine particle size, usually less than 1 micron, giving it a large surface area that helps improve bonding and packing in composite materials. How Silica Fume is Produced Collection and Processing During the production of silicon metal and ferrosilicon alloys, silica fume is generated as a byproduct in th...

 Wear-resistant floors are widely used in the ground of various buildings, parking lots, offices, hospitals and a large number of public places. Wear-resistant floors require high wear resistance, crack resistance, permeability, mold resistance, Corrosion resistance and other functions, let's take a look at the application of silica fume in wear-resistant floors. Silica fume for wear-resistant floor is mainly used in various anti-seepage and anti-impact parts, so what characteristics of silica fume can help wear-resistant floor realize these functions? Silica fume particles are very, very fine, the average particle size of each silica fume is 0.1um, and the average surface area is 15000m2/kg. After adding silica fume to wear-resistant floor materials, silica fume can be mixed into wear-resistant materials to increase wear-resistant materials. The density and strength of the silica fume have excellent wear resistance. At the same time, due to the uniform density of silica fume, the...