Large aluminum sections place greater demands on the thermal break component because the strip must maintain its shape and connection across a wider profile structure. Jinxing, a China manufacturer and supplier, produces the PA66 GF25 Large Section Thermal Break Strip according to the actual extrusion, allowing the section width, thickness and engagement areas to correspond with the aluminum profile.
Large-section aluminum profiles often require a wider or deeper thermal break structure than conventional window sections. The strip needs to provide sufficient separation between the aluminum components without compromising the mechanical connection.
For this reason, the overall section should be evaluated together with the aluminum extrusion rather than selected by application name alone.
A PA66 GF25 Large Section Thermal Break Strip needs consistent dimensions across its full length. Variations in width, thickness or locking areas can affect insertion, rolling and the final connection between the aluminum sections.
Jinxing controls extrusion temperature, pulling speed and cooling conditions to maintain the required profile geometry.
The 25% glass-fiber reinforcement gives the PA66 profile the rigidity required for handling, insertion and mechanical rolling.
The reinforced material helps the strip maintain its designed cross-section under the mechanical and temperature conditions encountered in the finished aluminum profile.
Suitable for aluminum window and door systems using wider thermal break cavities or deeper profile sections.
Applicable to larger façade profiles where the thermal break needs to remain stable within long aluminum sections.
Suitable for special aluminum extrusions where a conventional thermal break dimension does not provide the required section.
The size of a large-section thermal break strip depends on the actual aluminum extrusion.
|
Profile Factor |
Why It Matters |
|
Break width |
Determines the required strip width |
|
Profile depth |
Defines the available installation space |
|
Wall geometry |
Affects strip positioning |
|
Locking areas |
Determines mechanical engagement |
|
Assembly method |
Influences insertion and rolling |
Jinxing produces PA66 GF25 Large Section Thermal Break Strips through material preparation, extrusion, cooling, shaping and precision cutting.
For larger sections, maintaining stable profile geometry during cooling and shaping is particularly important. Production samples are checked for cross-sectional dimensions and surface condition, while finished profiles undergo appearance and dimensional inspection.
Jinxing can develop large-section thermal break profiles according to aluminum extrusion drawings or physical samples instead of limiting production to fixed standard dimensions.
From material preparation to cooling and cutting, the production process is managed around the required profile geometry and dimensional consistency.
For profile manufacturers, Jinxing can provide technical support related to strip insertion, slot design, roll-forming conditions and problems such as cracking or insufficient mechanical engagement.
Customization can include:
· Overall width and thickness
· Profile depth
· Locking geometry
· Special cross-sections
· Color
· Cut length
· Packaging
· Laser coding
New profiles can proceed from aluminum profile drawing → section review → tooling → trial extrusion → dimensional confirmation → mass production.
Standard straight strips are supplied at 6 m per piece. Coiled supply can be arranged for suitable specifications, while cut-to-length processing is available for specific profile requirements.
It is a glass-fiber-reinforced polyamide thermal break profile designed for aluminum extrusions with wider or larger thermal break sections.
The 25% glass-fiber reinforcement provides the rigidity and dimensional stability needed for insertion, rolling and long-term profile assembly.
Typical applications include large aluminum windows, doors, curtain wall mullions, transoms and other wide architectural aluminum profiles.
Not necessarily. The required strip depends on the actual cavity, profile geometry, thermal break width and mechanical engagement structure.
Yes. Jinxing can customize the cross-section and dimensions according to aluminum profile drawings or physical samples.
An aluminum extrusion drawing or sample, required thermal break dimensions and the assembly method are useful for confirming the suitable profile.
Address
Taozhou Town, Guangde City, Xuancheng City, Anhui Province, China
Tel
