Products

| Property | Typical Value | Description |
|---|---|---|
| Material | PA6 GF15 | 15% glass fiber reinforced Nylon 6 |
| Grade Feature | Low Warpage / Dimensional Stability | Designed for molded parts requiring improved flatness and shrinkage balance |
| Main Advantage | Reduced Deformation | Helps improve assembly fit, sealing contact, and geometric consistency after molding |
| Typical Applications | Assembly-Sensitive Parts | Suitable for flat housings, covers, connector frames, brackets, and precision technical components |
| Processing Performance | Stable | Good molding consistency with proper drying, temperature control, and balanced filling conditions |
| Customization | Available | Dimensional tuning, shrinkage control, color, and application-specific modification can be customized |
PA6 GF15 Low Warpage Grade should not be treated as a simple medium-glass structural nylon.
Its real value is not just reinforcement, but dimensional discipline.
Standard PA6 GF materials may provide enough strength while still creating production problems such as twisting, corner lift, panel distortion, uneven shrinkage, or assembly mismatch.
This grade is designed for projects where a part must come out of the mold closer to its intended geometry and remain more stable through cooling, storage, and downstream installation.
Typical values for reference. Actual performance depends on part geometry, mold design, process window, and formulation package.
| Property | Test / Reference | Typical Value |
|---|---|---|
| Material Type | — | PA6 GF15 Low Warpage Grade |
| Density | ISO 1183 | 1.28–1.34 g/cm³ |
| Tensile Strength | ISO 527 | 75–95 MPa |
| Flexural Modulus | ISO 178 | 4,300–6,100 MPa |
| Heat Deflection Temperature | ISO 75 | 180–200°C |
| Functional Direction | — | Low warpage / improved dimensional stability |
| Color Capability | — | Custom colors available |
| Recommended Use | — | Flat and assembly-sensitive technical molded parts |
For customers reviewing dimensional-control materials across our Products range, the key question is not only whether the part is strong enough, but whether it can hold its intended shape consistently through molding and assembly.
This engineering logic is also reflected in our broader Solutions approach and in our OEM Polymer Solutions section, where material selection is evaluated against shrinkage behavior, part geometry, wall-thickness balance, tooling limits, and downstream fit requirements.

That makes PA6 GF15 Low Warpage Grade fundamentally different from low odor, low emission, paint-free, antibacterial, or weather-resistant PA6 routes.
Those grades are developed around environmental exposure, cabin requirements, surface targets, or hygiene-related functions, while this grade is positioned around dimensional accuracy, assembly consistency, and reduced deformation risk during real production.
For additional application notes, grade comparisons, and processing-related engineering content, you can also explore our News section.
If you need help evaluating whether a low-warpage PA6 grade is suitable for your mold design or part geometry, please visit Contact.
To learn more about our manufacturing background and material development capabilities, you can also view About Us.
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