PE foam, dissipative 353x253x6 mm

Name: PE foam, dissipative 353x253x6 mm
SKU: 4550.06.0253
Price: 2.25 CHF
Availability: InStock

ArticleNo: 4550.06.0253

PE foam, dissipative 353x253x6 mm

dpvlink:

700

Length :

353 mm

Width :

253 mm

Thickness :

6 mm

Properties:

Further product information

Width x Length x Thickness:

2.25 CHF

excl. 8.1% tax

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Product Info

PE foam, dissipative 353x253x6 mm

The PE foam with dimensions 353x253x6 mm is made from high-quality polyethylene and is characterized by its electrostatic dissipative capability. This closed-cell, cross-linked foam is corrosion-free and abrasion-resistant, making it exceptionally durable. With a material density of 46 kg/cm³ and a maximum operating temperature of 90 °C, it is robust against environmental influences.
The surface of the foam offers a typical resistance of 10^5 to 10^7 ohms. On the skin side, the resistance ranges from 10^5 to 10^6 ohms, while the non-skin side shows a resistance of 10^7 to 10^8 ohms. These properties make it ideal for applications that comply with ESD standards DIN EN 61340-5-1, such as plug-in foam, interlayers for containers, partition walls for containers, and workplace mats.
In classic black, the PE foam not only offers technical advantages but also an attractive appearance for any application area.

Details

Length Length: 353 mm
Width Width: 253 mm
Thickness Thickness: 6 mm
Color Color: black
Conductivity Conductivity: dissipative
Volume resistance Volume resistance: 10⁵ - 10⁷ Ω
Material Material: polyethylene
Material density Material density: 46 kg/cm³
Operating temperature Operating temperature: 90 °C

Pictograms

Material PE

Abrasion-resistant and corrosion-free, particularly low weight, thickness 3 mm / 6 mm / 10 mm, electrostatically dissipative (suitable as intermediate layers and compartments for containers). Typical surface resistance: R = 10^5 –10^8 Ohm.

ESD-compliant

Customizable

Interlayers and compartments can be individually adapted to your wishes and requirements. Size and shape can be adapted. Solutions with cut-outs are also possible.

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