They fail at the edges.

Windows, doors, structural connections - the exact points where materials meet are where heat escapes fastest, surfaces get colder, and moisture begins to build.

Because the issue isn't how much insulation you add…

it's whether it actually continues.

That's where Kibrasol 250 comes in.

A load-bearing thermal break that stops heat loss at junctions, so the building can finally perform the way it was meant to.

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What does Kibrasol 250 actually do?

It closes the gap your insulation can't.

Kibrasol 250 sits right at the point where heat escapes, doing multiple jobs at once:

• Carries structural loads at sills, thresholds, and bearings

• Maintains thermal continuity where insulation would normally break

• Reduces heat loss at critical junctions

• Raises internal surface temperatures to help prevent condensation

• Minimises the risk of mould forming at cold spots

It doesn't just improve the detail.

It fixes the weak point.

Read More:

Better Junctions, Better Buildings: How to Eliminate Thermal Bridging at Windows, Doors and Structural Connections

Learn how using Kibrasol 250 can solve thermal bridging without compromising structure or sustainability.

From psi values to practical detailing, it's about fixing the parts of the building that are too often overlooked.

Read the full article here.