Polyamide Hollow Thermal Break Strip uses a multi-cavity profile structure to create additional separation within thermally broken aluminum extrusions. Jinxing manufactures PA66 GF25 hollow strips in China for window, door and façade profile systems, combining low thermal conductivity with profile rigidity and dimensional stability, particularly where wider thermal break sections require a more structured cross-section.
Polyamide CT-Shape Thermal Break Profile is a PA66 GF25 profile designed for aluminum extrusions with a CT-shaped thermal break cavity. Jinxing, a China manufacturer and supplier, produces CT profiles with controlled dimensions for stable insertion, mechanical engagement and thermal separation in aluminum windows, doors and façade systems.
Polyamide T-Type Thermal Insulation Strip uses a T-shaped cross-section for thermally broken aluminum profiles that require a defined support and locking structure within the profile cavity. Jinxing manufactures PA66 GF25 T-Type strips in China for window, door and curtain wall systems, with profile dimensions produced to suit different aluminum extrusion designs.
Polyamide C-Type Thermal Barrier Strip features a C-shaped profile developed for thermally broken aluminum extrusions requiring a longer insulating path and stable mechanical engagement. Jinxing manufactures PA66 GF25 C-Type strips in China for aluminum window, door and curtain wall profile systems, with cross-sections matched to the actual groove and assembly design.
The Polyamide I-Type Thermal Break Strip uses a straight I-shaped cross-section to separate the inner and outer sections of thermally broken aluminum profiles. Jinxing manufactures this PA66-based strip in China for aluminum window, door and curtain wall profile manufacturers, combining glass-fiber reinforcement with controlled dimensions for stable insertion and profile assembly.
Jinxing is a professional Polyamide Thermal Break Strips manufacturer and supplier in China. We warmly welcome you to wholesale high quality products from our factory.
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