The ADAMS NSK control valve is a hydraulically actuated quick-closing and control valve, specially developed to safeguard turbines in nuclear power plants. Installed downstream of the reheater, it protects low-pressure turbines and features a segmented sealing system with intermediate steam exhaust for reliable stem sealing. Customized solutions, such as those at Olkiluoto 3 in Finland, have earned recognition including Siemens AG’s “Supplier Award,” highlighting its safety, reliability, and precision in critical nuclear applications.
ADAMS NSK Control Valve Key Benefits
- Robust Triple-Offset Design – Ensures tight shut-off, durability, and minimal wear under high-pressure and high-temperature conditions.
- Enhanced Flow Regulation – Special disc geometry delivers near-perfect equal-percentage flow characteristics for precise process control.
- Cavitation & Noise Reduction – Optimized flow channels and disc design prevent cavitation and minimize operational noise.
- Versatile Actuation – Compatible with manual, electric, pneumatic, or hydraulic actuators for flexible integration.
- Long-Term Reliability – Solid body seals and high-quality construction for extreme industrial applications.
ADAMS NSK Control Valve Typical Applications
- Power Generation – Steam and gas turbine regulation.
- Oil & Gas – Critical process pipelines and high-pressure systems.
- Chemical & Petrochemical – Corrosive or aggressive fluid handling with precise flow control.
- Industrial Processes – Any application requiring tight shut-off, controlled throttling, and reduced noise/cavitation.
How HKXYTECH Adds Value with ADAMS NSK Control Valve Series
- Fast Delivery – Ensures projects stay on schedule with minimal downtime.
- Competitive Pricing – Optimized cost solutions for industrial procurement.
- Expert Technical Support – Guidance on valve selection, actuator integration, and system optimization.
- Comprehensive After-Sales Service – Spare parts, maintenance, and performance support.
- Tailored Solutions – HKXYTECH helps integrate NSK valves into customized process systems efficiently.