Wireless Charging Through Composite Materials - What Works and What Doesn't
Understanding composite material compatibility with the InvisQi wireless charger requires careful consideration of material composition and properties.
Compatible Materials
Works Well
- Fiberglass composites
- Non-metallic polymers
- Plastic composites
- Resin-based materials
Incompatible Materials
Avoid These
- Metal-reinforced composites
- Carbon fiber materials
- Conductive composites
- Metal-matrix compounds
Performance Factors
Key Considerations
- Material density
- Thickness range: 18-30mm
- Composition uniformity
- Signal penetration
Commercial Applications
Business implementation guidelines:
Installation Settings
- Office furniture
- Commercial counters
- Display units
- Custom installations
Installation Requirements
Critical Steps
- Material testing
- Compatibility verification
- Signal strength assessment
- Heat monitoring
Performance Optimization
Best Practices
- Proper alignment
- Temperature management
- Power distribution
- Regular maintenance
Troubleshooting Guide
Common Issues
- Signal interference
- Charging inconsistency
- Heat buildup
- Power fluctuations
Conclusion
Success with composite materials depends on proper material selection, thorough testing, and appropriate installation techniques.
