Improper valve selection can easily lead to system leakage, soaring energy consumption and sharp increase in maintenance costs. According to industry statistics, 80% of valve failures are caused by improper selection. Relying on the full-range product layout and international standard design, OUWEI ball valves provide customers with a full-dimensional selection logic of "medium-working condition-structure-actuation-certification" to accurately match various industrial needs. 1. Medium characteristics first: select OUWEI soft-sealed ball valves for clean fluids, hard-sealed/V-port ball valves for particulate-containing/high-viscosity media, and customized lined fluoroplastic or Monel alloy models for strong corrosive media; 2. Rigid matching of working condition parameters: select OUWEI forged steel fixed ball valves for high-pressure and high-temperature scenarios, floating ball valves for small and medium nominal diameter low-pressure working conditions, with pressure covering 150Lb-2500Lb and adapting to the full temperature range; 3. Structural adaptation to installation scenarios: select threaded ball valves for space-constrained areas, welded models for high-pressure pipelines above DN300, and top-entry ball valves support online maintenance, greatly reducing shutdown losses; 4. Actuation method customized on demand: equip ATEX-certified pneumatic ball valves for explosion-proof areas, electric actuators (accuracy ±5%) for precise control, and manual lever-type for manual scenarios for easy and labor-saving operation; 5. Full coverage of certification compliance: provide FDA/GMP certified sanitary ball valves for the food and pharmaceutical industry, API 6D/API 607 certified models for the petroleum and natural gas industry, and the full range has passed international certifications such as ISO 9001 and CE, making selection more professional and adaptive.
#BallValve #EmergencyShutdownSystem #ZeroLeakageSealing #HighPressureHighTemperatureValve #PetrochemicalValve #GasTransmissionValve #API6DStandard #OUWEIVALVE