Conductive fabric padding/conductive foam with flexibility, breathability, bending resistance, compressibility, and resilience

Purpose:

         conductive fabricIt is woven after stabilizing metal particles such as copper, nickel, or silver plating. It has characteristics such as flexibility, breathability, bending resistance, compressibility, resilience, and transparency.

Widely used in situations with low closure and minimal compression deformation.

Application:

Widely used in situations where materials are lightweight, switches are not frequently used, and there are hinged connections. Such as electronic chassis, PCB board grounding, current conduction in narrow positions, critical

In electronic design such as partial shielding of certain areas.

Material properties:

Foam core: thermoplastic rubber/urethane

Conductive fiber: Nickel plated copper metalized fiber/other metalized materials

Performance parameters:

Screen effect: When the cross-section is 0.250 "x 0.375",> 100dB[20MHz--10GHz]

Surface resistance: ＜ 0.07ohm/in2

Permanent deformation: 8% -20%

Working temperature:- 40℃ 70℃

Flame retardancy: UL certified

Installation method:

1. Adhesive method

mostConductive cloth padCan be backed with adhesive. During installation, the conductive cloth pad is directly adhered to the metal surface, and the adhesive has good bonding strength.

2. Slotting method

For conductive cloth pads with rectangular and D-type cross-sections, slotting can also be used for installation.

3. Pin method

The conductive cloth pad itself has installation holes and is equipped with clamping nails. The installation holes are opened on the installation surface for clamping, which is practical, reliable, and can withstand lateral pressure.

4. Card clip method

Equipped with a hard plastic installation clip, the clamp is located on the installation edge, which is very convenient.