In mechanical systems, thermal bridges often go unnoticed, yet they represent one of the most critical causes of thermal inefficiency. These are areas where the heat flow is greater due to localized interruptions in insulation continuity. Among them, pipe supports are among the most common and impactful.

Mechanical systems are complex assemblies made up of both functional and structural components. These components, due to their geometry and materials, often interrupt the insulation layer and create paths for unwanted heat transfer. This results not only in a reduction of insulation effectiveness, but also in a significant increase in condensation risk.

Simulations confirm that a non-insulated pipe support can increase thermal losses. These losses, although occurring in small, localized areas, can accumulate significantly throughout a network, impacting the overall energy balance of the installation.

To prevent this, pipe supports must be treated as integral parts of the insulation design. Corrective strategies include the use of dedicated pre-formed insulation elements that eliminate direct contact between the cold pipe and the support structure. This ensures continuous thermal protection and prevents weak points in the insulation shell.

K-FLEX addresses this challenge with a range of prefabricated pipe supports in various diameters, thicknesses, and finishes. These solutions guarantee both mechanical stability and continuous insulation, even at structural anchor points. Additionally, K-FLEX sealing tapes and coatings help prevent discontinuities in the insulation layer, ensuring consistent performance across the system.

As efficiency standards increase and energy optimization becomes more central to system design, correcting thermal bridges at pipe supports is no longer optional. K-FLEX provides the tools, materials, and technical know-how to eliminate these weak spots and improve the overall reliability and performance of mechanical insulation systems.

LEARN HOW K-FLEX SOLUTIONS CORRECT THERMAL BRIDGES AND PROTECT ENERGY PERFORMANCE