IXPE Conductive Foam Tray ESD PE Insulation Packing Foam Tray
1. Product description
1. The IXPE conductive foam tray is permanently anti-static
2. Friendly environmentally, non-toxic, no odor.
3. Good performance, can be processed to various shapes by
customers' requirements.
4. Size: 120mm(w)*6mm(t)*50m(l)/roll
The details of the IXPE conductive foam tray: Is produced by
compounding PE with some special padding and foaming agent, then
crosslinked by foaming. It is a hi-tech ESD product which has very
good anti-static has very good antic-static property, it is an
ideal packing material for optoelectronic devices, integrated
circuit, printed circuit board, communications, military products
etc.
2. Advantages
1. Medium&high quality to meet different market
2. Factory direct selling.
Samples in stock can be arranged in one working day
3. Competitive price
4. Short delivery time
5. Customized
3. Our service
Factory direct selling with competitve price, sooner leadtime,
better customized service.
Samples in stock can be arranged in one working day.
4. Company info
CYG TEFA Co., Ltd has 16 years of production experience. We're the
biggest and the most professional irradiation
Crosslinked polyethylene conductive foam manufacturer in China and
has the most complete crosslinked polyethylene
Foam products. Our main products are Crosslinked PE foam material,
IXPE foam, XPE foam, Conductive IXPE foam; ESD foam tray, ESD
packing material; Beach mat, camping mat, sleeping mat, yoga mat;
etc
Now, we have 2 factories and 17 production lines...
5. Application Field
Opto-electronics; Electronic products; Infocommunications industry;
Micro Electr
6. Certification Authentification
ISO9001, RoHS, SGS, UL, REACH, etc.
Technical Index:
|
|
NO
|
Items
|
data
|
CEP Series(conductive)
|
DEP Series(Dissipative)
|
1
|
Color
|
Black
|
2
|
Density
|
40 - 100 KG/m3
|
3
|
surface Resistivity
|
10 3-106 Ω /sq
|
10 6-1010 Ω /sq
|
4
|
Volume Resistivity
|
10 3-6 Ω • cm
|
10 6-1010Ω • cm
|
5
|
Abrasive Potential
|
<100V
|
6
|
Attenuation Half-time
|
<1.0s
|
7
|
Tearing strength
|
>1.2N/mm
|
8
|
Elongation
|
>150%
|
9
|
Tensile strength
|
>0.5MPa
|
https://youtu.be/rY7FWApwAyE
