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Material: | Nomex 410 Insulating Paper | Color: | Milk White |
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Thickness: | 0.13 Mm/0.18 Mm/0.25 Mm/0.38 Mm/0.51 Mm Etc | Temperature: | 200° C (300°F ) |
Application: | Generators, Transformers, Electrical Equipment Etc | ||
High Light: | die cut tape,3m die cuttable tape |
Precision Die Cut Dupont Nomex 410 Insulating Paper With Customs Dimension
Product Description
Nomex 410 is a family of insulation papers that offer high inherent dielectric strength, mechanical toughness, flexibility and resilience. Nomex 410, the original form of Nomex paper, is widely used in a majority of electrical equipment applications. Available in 11 thicknesses ranging from 0.05 mm to 0.76 mm (2 mil to 30 mil), Nomex 410 is used in almost every known electrical sheet insulation application.
Typical Electrical Properties of DuPont Nomex 410 | ||||||||||||
Property | Nominal Thickness, mm (mil) | |||||||||||
0.05(2) | 0.08(3) | 0.10(4) | 0.13(5) | 0.18(7) | 0.25(10) | 0.30(12) | 0.38(15) | 0.51(20) | 0.61(24) | 0.76(30) | ||
Dielectric Strength AC Rapid rise, V/mil kV/mm |
460 18 |
565 22 |
525 21 |
715 28 |
865 34 |
845 33 |
870 34 |
850 33 |
810 32 |
810 32 |
680 27 |
|
Full Wave Impulse, V/mil kV/mm |
1000 39 |
1000 39 |
900 36 |
1400 55 | 1400 55 |
1600 63 |
N/A N/A |
1400 55 |
1400 55 |
N/A N/A |
1250 49 |
|
Dielectric Constant at 60 Hz | 1.6 | 1.6 | 1.8 | 2.4 | 2.7 | 2.7 | 2.9 | 3.2 | 3.4 | 3.7 | 3.7 | |
Dissipation Factor at 60 Hz (x 10-³) | 4 | 5 | 6 | 6 | 6 | 6 | 7 | 7 | 7 | 7 | 7 |
Features
1. Excellent mechanical characteristics
2. Heat stability
3. Chemical stability
4. Radiation resistance
5. Non-poisonous
6. Resistance to fire
Typical Mechanical Properties of DuPont Nomex 410
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Property | Nominal Thickness, mm (mil) | ||||||||||
0.05(2) | 0.08(3) | 0.10(4) | 0.13(5) | 0.18(7) | 0.25(10) | 0.30(12) | 0.38(15) | 0.51(20) | 0.61(24) | 0.76(30) | |
Typical Thickness, mm mil |
0.06 2.2 |
0.08 3.1 |
0.11 4.2 |
0.13 5.2 |
0.18 7.2 |
0.26 10.2 |
0.31 12.2 |
0.39 15.3 |
0.52 20.4 |
0.61 24.2 |
0.78 30.6 |
Basis Weight, g/m² | 41 | 64 | 88 | 115 | 174 | 249 | 310 | 395 | 549 | 692 | 839 |
Tensile Strength, N/cm MD XD |
43 19 |
68 34 |
93 49 |
141 71 |
227 116 |
296 161 |
380 185 |
462 252 |
610 374 |
728 500 |
816 592 |
Elongation, % MD XD |
10 7 |
12 9 |
12 9 |
16 13 |
20 15 |
22 18 |
23 18 |
22 16 |
23 18 |
21 16 |
21 17 |
Initial Tear Strength, N MD XD |
11 6 |
16 9 |
24 14 |
31 17 |
48 27 |
69 42 |
88 55 |
110 71 |
158 114 |
191 153 |
233 193 |
MD = Machine Direction; XD = Cross Direction |
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