High-Pressure Single-Seat Control Valve
Category: CCK Series Single-Seat Control Valve
Product Details
The CCKHC pneumatic/electric high-pressure single-seat control valve is specifically designed for demanding applications involving high temperatures and pressures. This valve is primarily used in thermal power generation and high-temperature steam boiler systems.

The valve features a simple design with a straight-through, arc-shaped flow path that ensures excellent flow capacity. It consists of key components such as the valve body, valve seat, valve core, stem, packing gland, and bonnet assembly. The flow channel is designed in an S-shaped streamline configuration, offering minimal pressure drop, high flow rates, and a wide adjustable range. Additionally, the valve core is equipped with a dedicated guide sleeve, providing a large guiding area for superior vibration resistance and smooth operation. The precise alignment between the valve seat and core guarantees high control accuracy. Depending on the specific application requirements, the valve can be paired with either a pneumatic or electric actuator, delivering compact design, small footprint, lightweight construction, robust output force, and highly responsive performance. Due to its unique single-valve-core-and-seat design, the medium flowing through the valve experiences significant unbalanced forces acting on the core. As a result, this valve series is ideally suited for applications where low leakage rates are critical and where the pressure differential across the valve is relatively modest. These valves are widely applicable for controlling fluids under a variety of pressure and temperature conditions.
Keywords: High-Pressure Single-Seat Control Valve
Next: No!
Related Products
Service Hotline
Address: No. 1158, Section 2, Huafu Avenue, Huayang, Shuangliu District, Chengdu City, Sichuan Province, China.
Follow ChuanKai Valves
Right-side online customer service widget
SAF Coolest v1.2 设置面板 GAGSE-ZGYF-JVSVE-ZFF
无数据提示
Sorry, there is currently no content in this section.!
You can view other sections or return toHome Page
