The I-Type geometry provides a straightforward thermal break connection, while the 25% glass-fiber reinforcement gives the profile the rigidity needed for insertion and mechanical assembly. Jinxing, as a China manufacturer and factory for PA66 GF25 I-Type Thermal Break Strip, produces this full-specification profile around the actual groove dimensions and locking requirements of the aluminum extrusion.
PA66 GF25 + I-Type in One Profile
The product name describes both the material and the section:
PA66 GF25
PA66 nylon reinforced with 25% glass fiber, providing increased rigidity and mechanical stability.
I-Type
A straight, symmetrical cross-section designed for aluminum profiles with matching thermal break cavities.
Together, these characteristics make the strip suitable for systems that require a simple profile form with reinforced mechanical performance.
Product Advantages
· 25% Glass-Fiber Reinforcement — Improves rigidity and resistance to deformation.
· I-Type Profile — Fits aluminum systems designed around a straight thermal break section.
· Stable Mechanical Engagement — Supports secure connection during profile assembly and rolling.
· Thermal Separation — Creates a non-metallic barrier between separated aluminum sections.
I-Type Profile Fit
The I-Type section is relatively simple, but its dimensions still need to match the aluminum extrusion precisely.
The main points are:
Item
Requirement
Strip width
Matches the aluminum cavity
Strip thickness
Fits the specified thermal break space
End dimensions
Engages correctly with the profile groove
Profile height
Fits the available section
Rolling condition
Maintains mechanical retention
A profile drawing is recommended when confirming the correct size.
Where It Is Used
PA66 GF25 I-Type Thermal Break Strip is suitable for compatible:
· Aluminum window profiles
· Aluminum door profiles
· Curtain wall framing
· Architectural aluminum extrusions
· Customized thermally broken profile systems
Material and Profile Quality
Jinxing checks PA66 and glass fiber before extrusion, including relevant properties such as moisture, melt flow index and glass-fiber content.
The PA66 GF25 I-Type Thermal Break Strip is formed through extrusion, cooling, shaping and cutting. During production, cross-sectional dimensions and surface condition are checked to maintain consistency along the strip.
Customized I-Type Sizes
A standard I-Type dimension may not fit every aluminum extrusion. Jinxing can adjust the profile according to drawings or samples, including:
· Width and thickness
· End geometry
· Profile height
· Color
· Cut length
· Packaging
· Laser coding
For new sections, tooling and trial extrusion can be completed before mass production.
Supply Forms
Straight strips are available at 6 m per piece, while coiled supply can be arranged for suitable specifications. Cut-to-length processing is also available for project-specific requirements.
FAQ
What does PA66 GF25 mean?
It refers to PA66 nylon reinforced with 25% glass fiber, used to improve the rigidity and mechanical stability of the thermal break profile.
What is a PA66 GF25 I-Type Thermal Break Strip?
It is a thermal break profile with a straight I-shaped cross-section designed for compatible aluminum extrusion cavities.
What is the advantage of combining PA66 GF25 with an I-Type profile?
The combination provides a simple profile geometry together with the increased rigidity and mechanical stability of glass-fiber-reinforced PA66.
Can Jinxing customize the PA66 GF25 I-Type strip?
Yes. Jinxing can customize dimensions and profile details according to aluminum extrusion drawings or physical samples.
Where is this profile commonly used?
It can be used in thermally broken aluminum windows, doors, curtain walls and other compatible aluminum extrusion systems.
How do I confirm the correct I-Type size?
The aluminum profile drawing should be checked for cavity dimensions, strip thickness, end geometry and mechanical engagement.
Send an inquiry to Jinxing for polyamide and PA66 GF25 thermal break strips, non-standard sizes, cut-to-length service and customized production requirements.
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