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TLV COS and COSR Pressure Reducing Valves: Precision and Efficiency in Steam Systems

The TLV COS and COSR series pressure reducing valves are engineered for optimal performance in steam applications, offering precise pressure control and high durability. These valves combine the functionality of a pressure reducing valve and a steam separator into one compact unit, ensuring clean and dry steam while maintaining stable pressure. The COS series is designed for general steam systems, while the COSR model includes a built-in regulator for applications requiring even finer control. Industries such as food processing, chemical manufacturing, and pharmaceuticals benefit from these valves due to their ability to enhance system efficiency and reduce energy consumption.

Key Features

  • Integrated Separator & Steam Trap: Removes condensate for clean, dry steam delivery.
  • Stable Pressure Control: Ensures precise pressure regulation, improving energy efficiency.
  • Durable Design: Built to withstand high-pressure and high-temperature steam environments.
  • Applications: Ideal for steam systems in food processing, chemical manufacturing, and pharmaceutical industries.

FAQs for TLV COS and COSR Pressure Reducing Valves

  • What industries benefit from COS and COSR valves?
    Industries such as food processing, pharmaceuticals, and chemical manufacturing rely on these valves for efficient steam regulation and energy savings.

  • How does the integrated steam separator improve performance?
    The built-in separator removes condensate, ensuring clean, dry steam, which improves system efficiency and prevents equipment damage.

  • What is the difference between COS and COSR valves?
    COS valves are designed for general steam systems, while COSR valves include a regulator for finer control in more demanding applications.

  • Can these valves handle high-pressure steam?
    Yes, the COS and COSR series are built for high-pressure and high-temperature environments, ensuring durable and reliable operation.

  • How do these valves contribute to energy efficiency?
    By delivering clean steam and maintaining stable pressure, these valves reduce energy consumption and enhance system performance.

Application Areas

Recommended for processes requiring steam at a stable pressure and processes such as atomizers in which steam comes into direct contact with the product.

  • Reactor kettles
  • Dryers
  • Heat exchangers
  • Presses
  • Steamers
  • Blowers
  • Atomizers
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