PRODUCT DETAILS
Some valve operating conditions have highly abrasive fluids. In the working environment where this fluid is present; Chrome Carbide or Tungsten Carbide coatings on the inner walls of the valve may be insufficient. In such operating environments; valves with ceramic coating on the entire inner surface of the valve may be more suitable. In these products, which are more costly than other valves, the suitability of the use of ceramic material can be determined after taking data such as fluid flow rate, pressure class and making calculations by us to determine whether there is turbulence in the fluid.
The ceramic alloy used in Ceramic Ball Valves may also vary according to the fluid and pressure values. Although special manufacturing of these valves is much more difficult than other valves, we can also work on this issue depending on the number of valves.
The ceramic alloy used in Ceramic Ball Valves may also vary according to the fluid and pressure values. Although special manufacturing of these valves is much more difficult than other valves, we can also work on this issue depending on the number of valves.
Ceramic Ball Valves are especially preferred in metallurgical plants, mining, petrochemical and chemical industries.
In Ceramic Ball Valves; Akvemtek Engineering, serving as the distributor of German origin Pre-vent GmbH in Turkey, is progressing by using the ASME B16.34 conditions of the valve standards in accordance with the requirements. In Pre-vent ceramic valves, which are used in many regions of the world with the BR835Z model; ZrO2 can be used as well as Al2O3 ceramic coating as body material. Ceramic Ball Valves are produced in two or three piece form.
Ceramic ball valves provide great advantages not only for corrosive fluids, but also in environments where chemical reactions are intense. Ceramic materials are inherently more resistant to chemical interaction and corrosion problems that are common in metal valves. This makes ceramic ball valves particularly advantageous in processes requiring high purity, as the ceramic material does not react chemically and maintains the purity of the process. Furthermore, the surface smoothness of ceramic ball valve products allows the fluid to flow smoothly and continuously through the valve, reducing the risk of turbulence. This minimizes the negative factors affecting the hydraulic behavior of the fluid, which improves overall system efficiency.
Ceramic Ball Valves can be offered in a way to include all equipment such as actuator, solenoid, air filter regulator; You can consult Akvemtek Engineering center, especially if the life of the valve is short in your current process.
In Ceramic Ball Valves; Akvemtek Engineering, serving as the distributor of German origin Pre-vent GmbH in Turkey, is progressing by using the ASME B16.34 conditions of the valve standards in accordance with the requirements. In Pre-vent ceramic valves, which are used in many regions of the world with the BR835Z model; ZrO2 can be used as well as Al2O3 ceramic coating as body material. Ceramic Ball Valves are produced in two or three piece form.
Ceramic ball valves provide great advantages not only for corrosive fluids, but also in environments where chemical reactions are intense. Ceramic materials are inherently more resistant to chemical interaction and corrosion problems that are common in metal valves. This makes ceramic ball valves particularly advantageous in processes requiring high purity, as the ceramic material does not react chemically and maintains the purity of the process. Furthermore, the surface smoothness of ceramic ball valve products allows the fluid to flow smoothly and continuously through the valve, reducing the risk of turbulence. This minimizes the negative factors affecting the hydraulic behavior of the fluid, which improves overall system efficiency.
Ceramic Ball Valves can be offered in a way to include all equipment such as actuator, solenoid, air filter regulator; You can consult Akvemtek Engineering center, especially if the life of the valve is short in your current process.