Low Loss Headers

Low Loss Headers for Boilers are essential components used in central heating systems to separate the flow and return circuits, ensuring optimal boiler performance and system efficiency. They are particularly useful in larger or multi-boiler installations, maintaining balanced flow and temperature across all circuits.

About Low Loss Headers

Low Loss Headers connect multiple heating circuits, allowing boilers to operate efficiently while preventing short-circuiting of water flow. They help maintain consistent temperatures, reduce pump strain, and improve energy efficiency. Designed for compatibility with most modern boilers, these headers are made from durable materials and are often used in commercial and large domestic heating systems.

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Benefits

  • Improved system efficiency: Separates boiler flow and return for consistent heating.
  • Protects boilers and pumps: Reduces stress on circulation pumps and prevents short-circuiting.
  • Durable construction: Long-lasting materials suitable for high-temperature operation.
  • Versatile applications: Suitable for multi-circuit or multi-boiler systems.
  • Easy installation: Compact design simplifies integration into existing systems.

Applications

  • Multi-boiler heating systems to maintain balanced flow.
  • Large domestic or commercial central heating installations.
  • Integration with multiple heating circuits such as radiators, underfloor heating, or zone valves.
  • Replacement or upgrade of existing low loss headers to improve system efficiency.

Key Features

  • High-quality, corrosion-resistant materials for durability.
  • Optimised design for minimal pressure drop and improved circulation.
  • Available in various sizes to suit different system requirements.
  • Compact and modular design for flexible installation.
  • Enhances overall efficiency and lifespan of boilers and heating systems.

Maintenance & Efficiency

Low Loss Headers require minimal maintenance but should be checked periodically for leaks or blockages. Proper installation and operation ensure energy-efficient heating, balanced flow across circuits, and reliable performance of boilers and pumps.