Dali Electronics

Electromagnetic interference (EMI) conductive fabric is a specialized textile material designed to shield against electromagnetic radiation and interference. These fabrics are created by incorporating conductive elements like silver, copper, nickel, or carbon into traditional textile fibers through various methods such as plating, coating, or weaving conductive threads directly into the fabric structure.

The primary function of EMI conductive fabric is to create a barrier that either absorbs or reflects electromagnetic waves, preventing them from passing through. This shielding capability is measured in decibels (dB), with higher values indicating better protection. Common applications include electronics enclosures, military equipment covers, medical device shielding, and even clothing for people with electromagnetic hypersensitivity.

These fabrics maintain the flexibility and workability of regular textiles while providing electromagnetic shielding effectiveness typically ranging from 20-100+ dB across various frequency ranges. They can be sewn, cut, and manipulated like conventional fabrics, making them versatile for both industrial applications and consumer products. The conductive properties also make them useful for grounding applications and static electricity dissipation in sensitive electronic environments.

The effectiveness of EMI conductive fabric depends on factors like the type and concentration of conductive material used, the weave pattern, fabric thickness, and the specific frequency range of electromagnetic interference being addressed.

Protects 

• Credit Cards
• Laptops
• Ipads
• mobile phones
• wallets