DSC melt peak temperature serves as the "hardcore ID card" for the intrinsic quality of insulation strips. The peak temperature value and peak shape characteristics directly reveal raw material purity and formulation stability.
Fluctuations in the international landscape, particularly geopolitical conflicts and changes in trade policies, are profoundly impacting the thermal break strip industry across three dimensions: cost, trade, and market. In simple terms, the industry is facing dual pressures—soaring upstream costs and a reshaping downstream market.
In contrast, PA66 GF25 thermal barrier strips, with their superior overall performance, have become the inevitable standard for high-end energy-efficient doors and windows worldwide and the definitive choice for professional applications. To ensure optimal performance and durability, it is essential to explicitly specify PA66 GF25 material during selection.
The birth of the IC-type thermal insulation strip not only achieved the strength of the I-type strip, but also exceeded the structural function of the C-type strip, making the thermal insulation strip no longer accumulate dust and water, no longer deformed, and enhanced The thermal conductivity of the hot profile, which is also very beautiful in appearance, is a product with relatively high applicability.
The price competition among the PA66 could make many suppliers mix the PA6 into the PA66 and that makes the properties of the product worse.
Difference between KAXITE PA66GF, improved PVC, and UPVC profiles