Wireless Charging Through Different Materials: Comprehensive Guide

Modern solutions like the InvisQi wireless charger work effectively through various materials. Understanding material properties ensures optimal charging performance.

Wood Materials

Performance Characteristics

• Maximum thickness: 30mm
• Signal penetration: 95-98%
• Heat dissipation: Good
• Installation ease: High

Glass Surfaces

Key Properties

• Maximum thickness: 30mm
• Signal penetration: 90-95%
• Heat dissipation: Excellent
• Installation precision: Critical

Stone Materials

Performance Metrics

• Maximum thickness: 30mm
• Signal penetration: 85-90%
• Heat retention: High
• Density considerations: Important

Commercial Applications

Business implementations vary by material:

Material-Specific Uses

• Wood: Office furniture
• Glass: Conference tables
• Stone: Reception counters
• Composites: Custom solutions

Installation Requirements

By Material Type

• Wood: Standard mounting
• Glass: Special adhesives
• Stone: Professional installation
• Composites: Material testing

Efficiency Factors

Material Impact

• Density effects
• Thickness limitations
• Temperature influence
• Environmental factors

Conclusion

Each material offers unique benefits and challenges for wireless charging. Choose based on your specific needs and environment.