Strength. Rigidity. Dimensional Stability.
JINN HUNG provides glass fiber reinforced PA6 and PA66 compound solutions for applications where improved mechanical strength, stiffness, or dimensional stability is required.
Depending on the target specification and technical feasibility, the polymer base, reinforcement level, additive system, and processing conditions may be adjusted for different structural and functional requirements.
Key Benefits
- Potential for increased tensile and flexural strength
- Improved stiffness
- Improved dimensional stability
- Improved resistance to deformation under load
- Suitable for selected structural and mechanical components
- Multiple reinforcement levels may be available depending on application requirements
Development Considerations
Glass fiber content alone does not determine material performance.
The final result is also influenced by:
- Base polymer selection
- Glass fiber distribution and retention
- Fiber–matrix adhesion
- Processing conditions
- Product wall thickness and geometry
- Flow direction
- Moisture condition
- End-use temperature and environment
For this reason, reinforced materials should be evaluated as a complete material system rather than by glass fiber content or a single property alone.
Typical Applications
Glass fiber reinforced compounds may be considered for:
- Automotive structural components
- Industrial equipment parts
- Mechanical components
- Home appliance structures
- Mobility components
- High-rigidity housings and supports
- Other load-bearing plastic components
Different Applications Need Different Balance
Higher glass fiber content does not always mean a better material.
The appropriate solution depends on the required balance between strength, stiffness, impact resistance, surface appearance, processability, dimensional control, and the actual service environment.
Final material selection should be confirmed through applicable testing and customer validation.
Tell us what your component needs to achieve. We will help identify the appropriate reinforced material direction.