Organic silicon dust removal framework

Organic silicon dust removal framework, also known as silicon framework, can be used in industrial and mining environments at a temperature of around 280 ℃, with an instantaneous operating temperature of up to 300 ℃. In some specific environments, stainless steel dust removal frameworks can be replaced to reduce manufacturing costs for enterprises. The production process of silicon dust removal framework is the same as that of spray coating dust removal framework, except that the temperature and time during the drying process are higher than those of spray coating dust removal framework. The powder sprayed on the surface of the dust removal framework is silicon powder. The service life of silicon powder in natural environments can reach several decades. The dust removal skeleton treated with silicon has excellent heat resistance and low temperature resistance, as well as excellent properties, which can extend the service life of the dust removal skeleton and bring the unique excellent performance of silicon. 

Production of organic (based on actual reports) silicon dust removal framework:

The organic (based on actual reports) silicon dust removal framework has a higher temperature and time during the drying process than the spray coating dust removal framework. The powder sprayed on the surface of the dust removal framework is silicon powder.

The service life of silicon powder in natural environments can reach several decades. The dust removal skeleton treated with silicon has excellent heat resistance and low temperature resistance, as well as excellent properties, which can extend the service life of the dust removal skeleton and bring the unique excellent performance of silicon.

Organic (based on actual reports) silicon dust removal framework is generally formed by welding carbon steel wire with spot welding equipment in one go. After acid washing and phosphating, it is heated with spray powder or galvanized. However, its performance is far from that of a framework made of stainless steel. Silicon not only has low temperature resistance, but also has chemical and physical mechanical properties that vary little with temperature. In addition to excellent heat resistance, silicon also has excellent properties, which is characteristic of electrical equipment used under wet conditions.

Compounds containing Si-C bonds are commonly referred to as silicon compounds, and compounds that are connected to silicon atoms through oxygen, sulfur, nitrogen, etc. are also commonly referred to as silicon compounds. Among them, polysiloxanes composed of silicon oxygen bonds (- Si-0-Si -) as the backbone are one of the most abundant, deep, and widely used types of silicon compounds, accounting for more than 90% of the total amount.

Due to its combination of inorganic and material properties, silicon has excellent properties such as high and low temperature resistance, electrical insulation, ozone resistance, radiation resistance, flame retardancy, hydrophobicity, clothing resistance, odorlessness, and physiological inertness. It is widely used in various industries such as electronics and electrical, construction, chemical, textile, light industry, etc. The main functions of silicon include sealing, packaging, bonding, lubrication, coating, lamination, surface activity, delamination, defoaming, foaming, cross-linking, and inert filling. And with the continuous growth of silicon quantity and variety, its application is constantly expanding, forming a unique and important product system in the field of chemical new materials. Many varieties are irreplaceable by other chemicals.