Jinxing Wide-Span Thermal Insulation Strip is designed with a wider insulation section for aluminum profiles requiring greater separation between the inner and outer metal sections. As a China manufacturer and factory, Jinxing produces PA66-based thermal insulation profiles with controlled extrusion and shaping, supporting customized cross-sections and dimensions for different aluminum profile designs.
Jinxing supplies Wide-Span Thermal Insulation Strip as a China manufacturer, factory, and supplier of polyamide thermal insulation profiles. The product is developed for aluminum systems where a wider thermal separation section is required. Its enlarged profile width provides greater coverage across the insulation area while maintaining the dimensional consistency needed for aluminum profile assembly.
Key Features
Wider Insulation Coverage
The wider cross-section provides increased separation across the aluminum profile compared with standard-width strips.
Reinforced PA66 Structure
PA66 material reinforced with glass fiber provides the rigidity and mechanical strength required for a wide insulation profile.
Stable Cross-Section
Controlled extrusion and cooling help maintain the designed width, thickness, and profile geometry throughout production.
Reliable Load Transfer
The reinforced profile is designed to maintain its shape under the mechanical forces generated during aluminum profile assembly.
Flexible Profile Geometry
The section can be developed around different groove widths, locking structures, and aluminum profile designs.
Product Structure
Wide-Span Thermal Insulation Strip is characterized by its broader cross-sectional design. The increased width allows the strip to cover a larger area between separated aluminum sections.
The actual profile geometry depends on the matching aluminum extrusion. Width, thickness, locking points, and edge configuration should therefore be determined according to the corresponding aluminum profile drawing.
Material
Jinxing uses PA66 GF25 for its thermal insulation strip production. The 25% glass fiber reinforcement increases the rigidity and strength of the polyamide material while retaining the non-metallic characteristics required for thermal separation.
For wide-span profiles, consistent material distribution is particularly important because the larger section must maintain its designed geometry during extrusion, cooling, cutting, and subsequent assembly.
Wide-Span Thermal Insulation Strip vs. Standard Thermal Break Strip
The main difference is the profile width and corresponding insulation coverage.
A standard thermal break strip is generally used where the aluminum profile has a conventional groove and insulation width. A wide-span strip is developed for profile designs that require a larger separation section or broader coverage.
The selection should be based on the aluminum profile structure rather than simply choosing a wider strip. The strip width, thickness, locking geometry, and mechanical requirements need to match the complete profile assembly.
Applications
Wide-Span Thermal Insulation Strip is suitable for aluminum profile systems that require a broader thermal separation section, including:
During extrusion, process parameters are adjusted according to the profile cross-section to maintain stable geometry. Cooling and calibration are then used to establish the required dimensions before the finished strip is inspected and cut.
Customization
Wide-span thermal insulation profiles can be customized when the standard section does not match the customer's aluminum extrusion.
Jinxing supports:
· Custom cross-sections
· Non-standard widths and thicknesses
· Production according to drawings
· Custom colors
· Cut-to-length processing
· Laser marking
· Customized packaging
Customers can provide an aluminum profile drawing or thermal insulation strip drawing for section evaluation before tooling and production.
Quality Control
Jinxing checks the product from material preparation through finished-profile inspection. Key inspection items include cross-sectional dimensions, surface condition, material properties, tensile strength, hardness, thermal aging, and dimensional consistency according to the applicable product requirements.
For customized wide-span profiles, dimensional inspection focuses on the critical areas that determine how the strip fits and locks into the corresponding aluminum extrusion.
Why Choose Jinxing?
· Wide-Section Profile Production — Supports thermal insulation profiles with larger cross-sectional dimensions.
· Drawing-Based Development — Can develop non-standard sections according to aluminum profile drawings.
· Controlled Extrusion — Production parameters are adjusted according to different profile geometries.
· PA66 GF25 Material — Uses glass-fiber-reinforced PA66 for the thermal insulation profile.
· Profile-Matching Support — Helps confirm strip dimensions and geometry before mass production.
FAQ
What is a Wide-Span Thermal Insulation Strip?
It is a thermal insulation profile with a wider cross-section, developed for aluminum systems requiring greater separation or broader coverage between metal sections.
What material is used for Jinxing Wide-Span Thermal Insulation Strip?
Jinxing primarily uses PA66 GF25, a PA66 material reinforced with 25% glass fiber.
Can Jinxing make a non-standard wide-span profile?
Yes. Jinxing can develop custom cross-sections and dimensions according to aluminum profile drawings or customer requirements.
How do I select the correct width?
The width should be determined according to the aluminum profile groove, locking structure, required separation, and overall profile design. Providing an aluminum extrusion drawing is recommended for confirmation.
Can the profile be supplied in customized lengths?
Yes. Jinxing supports cut-to-length processing according to customer requirements.
Send an inquiry to Jinxing for polyamide and PA66 GF25 thermal break strips, non-standard sizes, cut-to-length service and customized production requirements.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy