Description
Product Overview
SICCOMA Faraday conductive tape is engineered for high‑performance electromagnetic interference (EMI) shielding and static dissipation. Each roll measures 1/4 inch (6 mm) in width, 66 feet (20 m) in length, and 0.1 mm thickness, combining a double‑layer conductive cotton cloth with a strong adhesive backing. The grey fabric blends durability with flexibility, adhering securely to metals, plastics, glass, ceramics and other surfaces. Designed for both professional and hobbyist use, the tape delivers consistent conductivity on both sides, ensuring reliable grounding and signal protection.
Usage
This tape excels in environments where electromagnetic interference can compromise equipment performance. Ideal for shielding RF, RFID, RFI, EMI, EMF and LF signals, it is commonly applied in electrical repair, plumbing installations, automotive wiring harnesses, PCB prototyping, and grounding of sensitive electronics. Installers can wrap the tape around metal conduits, wrap cables, or line enclosures to block unwanted radiation and prevent static discharge. 
Why Choose Us
SICCOMA leverages premium conductive cotton and a proprietary adhesive formula to guarantee long‑lasting adhesion and stable conductivity. The product meets industrial standards for anti‑static performance and is ranked #23 in Electrically Conductive Adhesives on Amazon, reflecting its reliability. Each roll undergoes strict quality control, ensuring uniform thickness and conductivity across the entire length, which reduces installation time and rework.
Key Features
- Double‑sided conductive cloth for consistent electrical performance
- 66 ft length provides ample coverage for large projects
- 0.1 mm thickness balances flexibility with durability
- Anti‑static and EMI shielding suitable for metal, plastic, glass and more
- Easy‑apply adhesive backing eliminates need for additional fasteners
FAQ
What materials can the tape adhere to?
The adhesive works on metal, aluminum, copper, brass, plastic, glass, ceramic, tile and many composite surfaces, providing a versatile solution for diverse applications.
Is the tape suitable for high‑temperature environments?
The conductive cloth can tolerate typical indoor temperatures up to 120 °F (49 °C). For extreme heat, consider a specialized high‑temperature conductive tape.
How does the double‑sided conductivity improve shielding?
Both sides of the tape carry electrical charge, creating a continuous conductive path that more effectively blocks electromagnetic fields and reduces signal leakage.
Can the tape be used for DIY electronics projects?
Yes, its thin profile and strong adhesion make it ideal for prototyping, grounding, and shielding in hobbyist circuits and small‑scale PCB work.
What is the recommended installation method?
Clean the surface, peel off the protective liner, and press the tape firmly onto the substrate. Overlap edges by at least 0.5 in for continuous coverage.
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