PRODUCT DETAILS
Akvemtek Axial Check Valves (check valves) work on the principle of preventing the passage of the fluid up to a certain pressure with the spring force applied in the opposite direction to the direction of the incoming fluid. Compared to other check valves; since stronger spring force can be applied; it can serve with wafer type structure at high pressure values.
The disadvantage of Akvemtek Axial Check Valves is that the valve body and spring have an obstructive effect on the path of the fluid and cause pressure loss in the system.
Akvemtek Axial Check Valves are produced in our own standard, but we can support with special design in the dimensions specifically requested by the user. Akvemtek Engineering; chemical, cement, petroleum, gas, natural gas, mining, steel and energy sectors by producing products suitable for different applications quickly and in high quality.
If Special Design Axial Valve is requested; according to the acidic value in the fluid; stainless steel and derivatives are selected as the right material and the valves are provided to work for many years.
The disadvantage of Akvemtek Axial Check Valves is that the valve body and spring have an obstructive effect on the path of the fluid and cause pressure loss in the system.
Akvemtek Axial Check Valves are produced in our own standard, but we can support with special design in the dimensions specifically requested by the user. Akvemtek Engineering; chemical, cement, petroleum, gas, natural gas, mining, steel and energy sectors by producing products suitable for different applications quickly and in high quality.
If Special Design Axial Valve is requested; according to the acidic value in the fluid; stainless steel and derivatives are selected as the right material and the valves are provided to work for many years.
Apart from standard steel or stainless materials; materials with different properties may be requested. Among these materials, some of the materials we can offer to our solution partners are Titanium Alloys (Titanium Gr.2, Gr.3, Gr.5, Gr.6, Gr.7, Gr.12 ), Zirconium Alloys (Zirconium 702, 705), Bronze Alloys (C95800, C95500, C95400, C63200), Nickel Alloys (Inconel 600, 625; Hastelloy B, B-2, B3, C276, C-22, C-4, G; Incoloy 800, 800H, 825; Monel 400, K500; Nickel 200, 201), Duplex Stainless Alloys (C95800, C95500, C95400, C63200), Aluminum Bronze products.
Akvemtek Axial Check Valve minimises the risk of cavitation that may occur during flow thanks to its design that optimises the movement of the fluid in the valve. Cavitation; At points where high pressure differences occur, the fluid vaporises and damages the valve and pipeline surfaces. So much so that; even the valves newly included in the system; they can cause deformation very quickly. Akvemtek axial check valve products provide a smooth transition in the direction of flow, balances sudden pressure changes and prevents these negative effects one hundred percent. This feature prolongs valve life in high pressure systems and reduces the maintenance requirements that may arise. Designed and manufactured by Akvemtek Engineering, these check valves increase the efficiency of the facilities by offering long-term performance even under harsh conditions.
Akvemtek Axial Check Valve minimises the risk of cavitation that may occur during flow thanks to its design that optimises the movement of the fluid in the valve. Cavitation; At points where high pressure differences occur, the fluid vaporises and damages the valve and pipeline surfaces. So much so that; even the valves newly included in the system; they can cause deformation very quickly. Akvemtek axial check valve products provide a smooth transition in the direction of flow, balances sudden pressure changes and prevents these negative effects one hundred percent. This feature prolongs valve life in high pressure systems and reduces the maintenance requirements that may arise. Designed and manufactured by Akvemtek Engineering, these check valves increase the efficiency of the facilities by offering long-term performance even under harsh conditions.