 |
1. Excellent flexibility because it is a fiber.
2. Excellent electric conductivity
3. Adjustable surface resistance value following the requirement of users
4. Standard roll size (3 inch paper core): 25m, 50m, 100m, 150m, 200m |
|
 |
|
Parts
No
|
Base material
coated metal
|
Figures
|
Thickness
(mm)
|
Width
(mm)
|
Weight
(g/□)
|
Surface
resistivity
(ohm/□)
|
Shielding
effectiveness
(100MHz/1GHz)
|
|
ST-
W23B
|
PET/Ni+Cu+Ni
|
Ripstop
|
0.091
|
1060
|
73
|
0.08
|
60dB
|
|
ST-
W29B
|
PET/Ni+Cu+Ni
|
Taffeta
|
0.088
|
1060
|
76
|
0.09
|
65dB
|
|
SR-
W23D
|
PET/Ni
|
Ripstop
|
0.083
|
1060
|
60
|
4.00
|
30dB
|
|
SP-
W22B
|
PET/Ni+Cu+Ni
|
Polytwill
|
0.090
|
1000
|
90
|
0.20
|
50dB
|
|
SR-
W26B
|
PET/Ni+Cu+Ni
|
Ripstop
|
0.091
|
1060
|
76
|
0.08
|
60dB
|
|
|
|
|
|
Parts
No
|
Base material/
Coated metal
|
Figures
|
Thickness
(mm)
|
Width
(mm)
|
Weight
(g/□)
|
Surface
resistivity
(ohm/□)
|
Shielding
effectiveness
(100MHz/1GHz)
|
|
SR-
W05B
|
PET/Ni+Cu+Ni
|
Non-
Woven
|
0.145
|
1000
|
50
|
0.15
|
75dB
|
|
SN-
W07B
|
PET/Ni+Cu+Ni
|
Non-
Woven
|
0.26
|
1000
|
91
|
0.05
|
77dB
|
|
|
|
|
|
Parts
No
|
Base material
coated metal
|
Figures
|
Thickness
(mm)
|
Width
(mm)
|
Weight
(g/□)
|
Surface
resistivity
(ohm/□)
|
Shielding
effectiveness
(100MHz/1GHz)
|
|
SM-
W13B
|
PET/Ni+Cu+Ni
|
Mesh
|
0.09
|
1060
|
30
|
0.06
|
65dB
|
|
SM-
W08B
|
PET/Ni+Cu+Ni
|
Mesh
|
0.10
|
1060
|
26.5
|
0.15
|
56dB
|
|
SM-
W20B
|
PET/Ni+Cu+Ni
|
Mesh
|
0.08
|
1060
|
43
|
0.08
|
60dB
|
|
SNE-
W
|
PET/Ni+Cu+Ni
|
Net
|
|
|
|
|
|
|
|
|
|
|
Parts
No
|
Base material
coated metal
|
Figures
|
Thickness
(mm)
|
Width
(mm)
|
Weight
(g/□)
|
Surface
resistivity
(ohm/□)
|
Shielding
effectiveness
(100MHz/1GHz)
|
|
SS-
w10B
|
PU/Ni+Cu+Ni
|
Sponge
|
1.0
|
|
|
|
|
|
SS-
W20B
|
PU/Ni+Cu+Ni
|
Sponge
|
2.0
|
|
|
|
|
|
SS-
W30B
|
PU/Ni+Cu+Ni
|
Sponge
|
3.0
|
|
|
|
|
|
|
|
|
1. Electric conductivity of fiber surface is excellent.
2. Its surface is natural gold or silver color. |
 |
|
|
Parts
No
|
Base material/
Coated metal
|
Figures
|
Thickness
(mm)
|
Width
(mm)
|
Weight
(g/□)
|
Surface
resistivity
(ohm/□)
|
Shielding
effectiveness
(100MHz/1GHz)
|
|
SR-
W23S
|
PET/Ni+Cu+Ag
|
Ripstop
|
0.100
|
1060
|
78
|
0.05
|
80dB
|
|
ST-
W29G
|
PET/Ni+Cu+Ni+Au
|
Taffeta
|
0.110
|
350
|
90
|
0.03
|
80dB
|
|
SM-
W13G
|
PET/Ni+Cu+Au
|
Mesh
|
0.09
|
350
|
|
0.04
|
70dB
|
|
|
|
|
1. Fiber surface is not stained with fingerprint.
2. Burr (cause of shorts) is not generated on cutting face upon cutting.
3. It is strong to moisture and there is almost no surface oxidation.
4. Nap (cause of shorts) generation is small on fiber surface. |
 |
|
Parts
No
|
Base material/
Coated metal
|
Figures
|
Thickness
(mm)
|
Width
(mm)
|
Weight
(g/□)
|
Surface
resistivity
(ohm/□)
|
Shielding
effectiveness
(100MHz/1GHz)
|
|
ST-
W29BB
|
PET/Ni+Cu+Ni
|
Taffeta
|
0.110
|
1060
|
90
|
0.08
|
63dB
|
|
SR-
W23BB
|
PET/Ni+Cu+Ni
|
Ripstop
|
0.100
|
1060
|
78
|
0.08
|
63dB
|
|
 |
 |
|
* Special type conductive fiber surface
|
* General conductive fiber surface
|
|
|
|
| 1. There is minute electromagnetic shielding effect |
|
Parts
No
|
Base material/
coated metal
|
Figures
|
Thickness
(mm)
|
Width
(mm)
|
Weight
(g/□)
|
Surface
resistivity
(ohm/□)
|
Shielding
effectiveness
(100MHz/1GHz)
|
ST-
W23H |
PET/Ni+Cu+Fe/Ni
|
Ripstop
|
0.095
|
1060
|
74
|
0.040
|
|
ST-
W29H |
PET/Ni+Cu+Fe/Ni
|
Taffeta
|
0.100
|
1060
|
78
|
0.035
|
|
SM-
W13H |
PET/Ni+Cu+Fe/Ni
|
Mesh
|
0.09
|
1060
|
30
|
0.054
|
|
|
|
| Application : |
Conductive fabric tape, shielding foam gasket, ESD sheet, shielding clothes,
shielding window etc. |
|
 |
| Industrial use: It is used in circuit grounding within various electronic
units and parts for shielding. |
 |
 |
 |
 |
|
Conductive tapes
|
Shieldfoam gaskets
|
Shield windows
|
Conductive sheets
|
| Civil use : |
: It is used in clothes, households, OA equipments and bags as body protection
from electronic wave. |
 |
 |
 |
 |
|
Office partition
|
Building wall
|
Electric mat
|
|
|
|