Concrete Enhancement: Adding microsilica can improve compressive strength (up to 2-3 times the original strength), impermeability, and corrosion resistance. It is used in projects with extremely high durability requirements, such as large bridges, hydropower station dams, and offshore platforms.

Special Cement Preparation: It replaces part of the cement raw materials, reduces porosity, and improves the compactness of refractory castables. It is widely used in bridge expansion joint repair and high-strength prefabricated components.

It is used in high-performance refractory castables, steel ladle materials, and permeable bricks to improve the thermal stability of materials (refractoriness increased by approximately 100℃) and thermal shock resistance. Typical applications include coke ovens, steelmaking furnaces, and ceramic kiln furniture.

In self-flowing refractory materials, it reduces water retention and enhances high-temperature strength, meeting the rapid construction needs of the metallurgical industry.

Rubber and Plastics: As a reinforcing filler, it increases tear resistance (tensile strength improved by 12.8%) and wear resistance. It is used in tires, seals, and high-voltage insulating materials.

Coatings and Adhesives: It optimizes rheological properties and enhances weather resistance, and is applied in anti-corrosion coatings and electronic packaging adhesives.

Metallurgical Pellet Binder: It directly replaces traditional binders, reduces impurity content, and improves pellet strength.

Fertilizer Anti-caking Agent: It improves particle fluidity and has been applied on a large scale in many countries such as Norway and Italy.