Series Overview

Blumium True

Premium thermal break profiles featuring high-performance insulating polyamide strips to restrict heat flow, eliminate condensation, and reduce energy loss.

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Series

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Key Benefits

Blumium True
The Science of Insulation

Blumium Superior Technology

A high-performance polyamide barrier interrupts energy flow between inner and outer aluminium frames — improving insulation, comfort, and energy efficiency.

Blumium Superior Technology

PA66GF25 Strip

Glass-fibre reinforced polyamide physically severs the conductive path between interior and exterior aluminium chambers — eliminating cold bridging at the source.

Eliminated Cold Bridge

Blumium's thermal break reduces heat transfer by over 95%, eliminating surface condensation, radiant cold, and energy drain.

DGU Integration

Designed for Double Glazed Units, the argon-filled glass works in tandem with thermal break frames to deliver overall system U-values as low as 1.6 W/m²K.

Physics of Insulation

How a Thermal Break Works

Without Thermal Break

  • Direct heat transfer
  • Increased energy consumption
  • Higher indoor temperature fluctuations
  • Greater condensation risk
  • Reduced acoustic insulation

With Blumium True

  • Controlled heat transfer
  • Lower energy demand
  • Stable indoor temperatures
  • Improved occupant comfort
  • Better acoustic performance

The Blumium Advantage

Engineered to deliver exceptional performance across every season while improving the comfort, efficiency, and durability of modern buildings.

Keeps conditioned air in

The polyamide strip breaks the conductive path through the frame. Heat stays out. Your HVAC works less. Your bills reflect it.

Eliminates condensation

No temperature differential at the frame surface means no moisture buildup, no staining, no wall damage, no long-term deterioration.

Quieter interiors

Multi-chamber design interrupts acoustic transmission through the frame and with DGU, Blumium profiles attenuate up to 38 dB of external noise.

Longer frame life

The Polyamide break absorbs differential thermal expansion between inner and outer chambers, reducing stress on seals and gaskets over time.