Molten Salt Angle Type Control Valve

Description

THINKTANK’s Molten Salt Angle Control Valve (Y-Type) is specifically designed for high-temperature molten salt systems in concentrated solar power (CSP) plants, thermal energy storage systems, and chemical processing industries. With a pressure range of PN16–250 (150Lb–1500Lb) and an operating temperature range of 29–700°C, this valve ensures precise control of flow parameters, improving system efficiency and reliability in demanding applications.

Key Features

1. Versatile Installation Design:
   • The Y-type structure allows both horizontal and vertical installations, ensuring minimal fluid residue and reduced wear in high-temperature systems.
   • Engineered with an integrated flow path that eliminates stagnation and turbulence, enhancing flow efficiency and reducing energy losses.
2. Durability and High-Temperature Resistance:
   • Manufactured with materials tailored for extreme conditions:
     • WCB/A105 for applications ≤ 400°C.
     • CF8C/F347 for 400–700°C applications.
   • Sealing surfaces are made of hard alloy materials, providing excellent wear resistance and prolonged service life.
3. Precision Flow Control:
   • Designed to regulate flow efficiently with high adjustability, ensuring optimized system performance.
   • The advanced guiding system within the valve prevents distortion and damage under variable operating conditions.
4. Easy Maintenance and Accessibility:
   • Features a modular design for convenient disassembly and maintenance, minimizing downtime and operational costs.
5. Automation Compatibility:
   • Equipped with pneumatic or electric actuators, the valve integrates seamlessly with automated control systems for real-time flow adjustments.

Material Options:

• WCB/A105 for ≤ 400°C.
• CF8C/F347 for 400–700°C.

Seal Material: Hard alloy to ensure long-term performance in extreme conditions.

Applications

• Concentrated Solar Power (CSP):
  • Regulates molten salt flow between solar receivers, storage systems, and heat exchangers for optimized heat transfer.
• Thermal Energy Storage:
  • Controls molten salt flow to maintain stable energy storage and efficient heat recovery.
• Chemical Processing:
  • Handles high-temperature and corrosive fluids, ensuring reliable operation in chemical pipelines.