Thermal Break Profile Solutions for Energy-Efficient Construction

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Innovative Thermal Break Strips for Effective Heat Insulation

Thermal break strips are our core product, designed to provide efficient heat insulation in various industrial applications. Since 2006, we have focused on developing special materials, including polyamide, for thermal break strips. Through Polywell, we offer a complete production line, from raw materials to extruders and dies, ensuring a one stop service. This overview explains how our thermal break strips work and their benefits in heat management.
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Advantages of the product

Durable and Corrosion Resistant Barrier

Our thermal breaks are highly durable and resistant to environmental degradation. They are impervious to corrosion, unlike metals, and are unaffected by moisture, salts, and common atmospheric chemicals. This ensures the long term performance and reliability of the insulating barrier, protecting the building's energy efficiency and the integrity of the fenestration products for the entirety of their lifecycle without maintenance.

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A thermal break is a fundamental engineering component strategically inserted within a metal frame, such as an aluminum window or door, to significantly reduce heat transfer. This transfer, known as thermal bridging, is a major source of energy loss in buildings. The principle is to separate the interior and exterior sections of the metal profile with a material of low thermal conductivity, effectively creating a barrier that interrupts the flow of heat. Our specialization lies in the design and production of polyamide thermal break strips, which are mechanically inserted and rolled into the aluminum profile during fabrication. The effectiveness of a thermal break is not merely a function of the material used, but also of its geometric design, the integrity of its bond with the aluminum, and its overall durability. We have invested years in optimizing the profile designs to maximize the insulation path while maintaining the structural strength required to transfer shear and tensile forces between the two aluminum sides. Our one stop service philosophy, realized through Polywell, ensures that the thermal break strip is not viewed in isolation. We provide the entire ecosystem—from the raw polyamide material and extrusion expertise to the downstream equipment—guaranteeing that the final integrated product performs as a reliable, long lasting thermal barrier, enhancing occupant comfort and reducing HVAC energy consumption for buildings across diverse global climates.

Frequently Asked Questions

What structural role does the thermal break strip play?

Beyond insulation, the thermal break is a critical structural component. It must transfer shear forces between the inner and outer aluminum halves, supporting the weight of the window sash or door panel. Our strips, made from high strength PA66 GF25, are designed to provide this essential mechanical connection while maintaining integrity under wind loads and operational stresses, ensuring the window's safety and durability.

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customer evaluation

Dakota

The dimensional accuracy of these strips ensures a perfect fit into our aluminum profiles. The roll forming process creates a strong, reliable bond between the aluminum and the polyamide. We have full confidence in the structural integrity of the final composite profile.

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Proven Solution for Thermal Bridging

Proven Solution for Thermal Bridging

Our polyamide thermal breaks are engineered to effectively solve the problem of thermal bridging in aluminum profiles By inserting our high strength low conductivity strip we create a continuous thermal barrier that drastically reduces heat flow between the interior and exterior This results in significantly improved energy efficiency for buildings elimination of cold spots and interior condensation and enhanced overall occupant comfort making it an essential component for modern sustainable construction
Superior Structural Integrity

Superior Structural Integrity

Beyond insulation our thermal breaks are designed as critical structural components They are made from robust PA66 GF25 to provide exceptional mechanical strength and stability This ensures the insulated aluminum profile can withstand significant wind loads support the weight of large glass panes and endure daily operational stresses without compromising the safety or functionality of the window door or curtain wall system
Enhanced Acoustic Insulation Properties

Enhanced Acoustic Insulation Properties

Our thermal break strips contribute to improved acoustic insulation by dampening vibrations and reducing sound transmission through the aluminum frame The polyamide material acts as a break in the sound path helping to create a quieter and more peaceful indoor environment by mitigating external noise pollution This added benefit is increasingly valued for residential and commercial buildings in urban or high noise areas
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