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Flexible Mica Sheet

Min. Order: 1000 kg
Payment Terms: L/C at sight, T/T, DP
Supply Ability: 2000MT/year
Place of Origin: Hubei

Company Profile

Location: Xianning, Hubei, China (Mainland)
Business Type: Manufacturer, Trading Company

Product Detail

Model No.: PB5161, PJ5161
Brand Name: PAMICA
Production Capacity: 2000MT/year
Packing: carton or pallet
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Product Description

Pamica flexible mica sheet for heater consist of approximately 90% muscovite or alternatively phlogopite, impregnated with high temperature resistant organic silicon resin. It is used as insulating parts which need to be rolled into cylinder shape with its good plasticity for hair dryers, micro-wave ovens, electric irons and electric toasts, also used as gaskets of automotive industry by a replacement for asbestos, and in other appliances and applications where excellent resistance to moisture, thermal and insulation properties are required. The products are certified by UL and in conformity with IEC371.
Property:
1)extremely high heat resistance at temperature of 1000C
2)excellent dielectric performance
3)outstanding flexible property
4)good processability & machinability
5)environmental protection and non-toxic
6)UL-94V-0 (E216697) certified
7)compliant with IEC371-3-3
8)entirely free of asbestos
Specification:
Standard size: 1000x600mm; 1000x1200mm; 1000x2000mm(max)
Strips and punched parts according to drawings
Thickness: 0.1-1.9mm
Packaging:
Package: Carton
Size (LxW): 1000x600mm or 1000x1200mm
Protective package: Pallet or wooden case

Item
 
Flexible mica sheet
 
Test procedures
 
PB5161
 
PJ5161
 
Mica
 
Muscovite
 
Phlogopite
 
Mica content %
 
90
 
90
 
IEC371
 
Bond content %
 
8
 
8
 
IEC371
 
Density g/cm3
 
1.8-2.0
 
1.8-2.0
 
IEC371
 
Heat Resistance
 
Continuous service C
 
500
 
700
 
 
 
Intermittent service C
 
800
 
1000
 
 
 
Flexural strength N/mm2
 
-
 
-
 
GB/T5019
 
Water absorption %
 
<0.5
 
<0.5
 
GB/T5019
 
Dielectric strength KV/mm
 
>20
 
>20
 
IEC243
 
Insulation resistance
 
23 C ohm.cm
 
>1017
 
>1017
 
IEC93
 
500 C ohm.cm
 
>1012
 
>1012
 
IEC93
 
Heat loss
 
at 500 C %
 
<3
 
<3
 
IEC371
 
at 700 C %
 
 
 
<4
 
IEC371
 

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