Ultimate Carbon Steel Piston Valve - Bspt Threaded Device [2LVKPZCN]

Ultimate Carbon Steel Piston Valve - Bspt Threaded Device [2LVKPZCN]: High-Quality and Reliable

The Ultimate Carbon Steel Piston Valve - Bspt Threaded Device [2LVKPZCN] is a premium choice for industrial applications, designed and manufactured by Yakacik Valf in Turkey. This valve stands out for its robust construction and exceptional performance. Crafted with a cast steel body (ASTM A 216 WCB) and featuring a 420 stainless steel piston and spindle, it ensures durability and longevity. This model is designed to handle a wide range of fluids and pressures, making it a versatile solution for various industrial needs.

Key Specifications and Technical Details

The Ultimate Carbon Steel Piston Valve - Bspt Threaded Device [2LVKPZCN] is engineered to meet high industrial standards. It is suitable for a maximum steam pressure of 25 bar (226°C) and a maximum working pressure of 40 bar, with a working temperature range of -10°C to +400°C. The valve conforms to DIN EN ISO 228-1, NPT, or socket weld ends, providing flexibility in installation. Additionally, it is fire-safe tested according to ISO 10497/API607, TUV certified, and meets TA Luft (Germany) and EPA (USA) standards. This ensures the valve's reliability and safety in critical applications.

Applications and Benefits

This versatile valve is ideal for use with water, hot water, high-temperature hot water, steam, thermal oil, LPG, fuel oil, and pressurized air, among other fluids. Its robust design and wide operating range make it suitable for various industries, including power generation, oil and gas, chemical processing, and more. By choosing the Ultimate Carbon Steel Piston Valve - Bspt Threaded Device [2LVKPZCN], you benefit from enhanced safety, efficiency, and performance. With a delivery time of usually 3-4 working days, this valve is an excellent choice for time-sensitive projects. Moreover, the option to request stainless steel valves further expands its utility and appeal to a broader audience.