Conductive PE Foam

Conductive PE foam, also known as conductive polyethylene foam, is a high-performance material made primarily from polyethylene (PE) and carbon black. It is manufactured through a series of advanced processes, including granulation, extrusion, irradiation, heating, and foaming, to achieve a perfect combination of carbon and polyethylene. This results in a polymer conductive foam with excellent electrical and mechanical properties.

The foam has a surface resistance and volume resistance ranging from 10³ to 10⁹ Ω, ensuring permanent conductivity. It is widely used in ESD (electrostatic discharge) and other fields requiring electrical conductivity, cushioning, and insulation.

Adhtapes Conductive Foam SY-050

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Conductive PE Foam Data Sheet

Performance
Shielding	68~88dB when cross section is 0.25 "x0.375" [20MHz~10GHz]
Surface Resistance	＜0.07ohm/in2 ≤0.05Ω/
Working temperature	-40℃~150℃
Corrosion resistance	electrochemically compatible with aluminum, galvanized iron plate, electroplated iron plate and other materials
Thickness	0.3T/0.5T/0.7T/0.8T/1.0T

Conductive PE Foam Features

Electrical Conductivity:
Metal-like conductivity with surface resistance ≤ 0.05 Ω.
Permanently conductive, ensuring long-term static elimination.
Mechanical Properties:
High elasticity and good consistency for excellent cushioning and vibration dampening.
Abrasion-resistant: Maintains shielding performance even after 10,000 abrasion cycles.
Environmental Resistance:
Moisture-proof, shock-proof, and thermally insulating.
Non-polluting, non-corrosive, and dust-free (no peeling or flaking).
Material Characteristics:
Smooth surface and environmentally friendly.
Lower puncture pressure for enhanced durability.
Versatility:
Suitable for a wide range of applications, from packaging to industrial components.

Conductive PE Foam Application

Conductive polyethylene foam is a strong, resilient closed-cell foam.
As a material for cushioning products in packaging applications.
Ideally suited as the material or part of a material used in products needed a shock absorbing, vibration dampening, insulation, barrier, or buoyancy component.