Shopping Cart - 0 Item

You have no items in your shopping cart.

Nomex Paper - Class H - 2 Mill

Availability: In stock

Packing: 2 MIll ( 0.05 mm ) x 1000 mm Width x Required Length.

Note:

a. The Prices are Per Kg. Basis.

b. The minimum order Quantity is 5 Kg.

Availability: In stock

Rs. 5,580.00

Details


DuPontNomex® Paper Type 410

 

TEchNical  DaTa ShEET

 DuPont™  Nomex®  paper  Type 410 is an insulation  paper  which  offers  high inherent dielectric strength, mechanical toughness, flexibility and resilience. Nomex®  paper  Type 410 is the original form of Nomex®  paper,  and is widely used in a majority of electrical  equipment applications. Available in 11 thicknesses (0.05 to 0.76 mm) (2 to 30 mil), Nomex® paper

Type 410 is used in almost every  known  electrical  sheet insulation  application.

 

 

Electrical properties

 

The typical electrical  property values  for Nomex®  paper  Type 410 are shown in Table I. The AC Rapid Rise dielectric strength data  of Table I, representing voltage  stress levels,  withstood 10 to 20 seconds at a frequency of 60 Hz. These values  differ from long-term strength potential. DuPont  recommends that  continuous stresses  in transformers

not exceed 1.6 kV/mm (40 V/mil) to help minimize  the  risk of partial discharges (corona). The full wave  impulse dielectric strength data  shown in Table I are based on multiple  sheets. These values  are appropriate for the  applications which employ  these materials in such  configurations. Data based on single  sheets of material  are available upon  request.

The geometry of the  system has  an effect on the  actual  impulse strength values  of the  material.  The dielectric  strength

data  are typical values  and not recommended for design purposes. Design  values  can be supplied upon  request.

 

 

Table i – Typical electrical properties

 

 

Nominal Thickness (mil) (mm)

 

2

0.05

 

3

0.08

 

5

0.13

 

7

0.18

 

10

0.25

 

12

0.30

 

15

0.38

 

20

0.51

 

24

0.61

 

29

0.73

 

30

0.76

Dielectric strength AC rapid rise1 (V/mil)

(kV/mm)

 

 

460

18

 

 

565

22

 

 

715

28

 

 

865

34

 

 

845

33

 

 

870

34

 

 

850

33

 

 

810

32

 

 

810

32

 

 

760

30

 

 

680

27

Full wave impulse2

(V/mil) (kV/mm)

 

1000

39

 

1000

39

 

1400

55

 

1400

55

 

1600

63

 

N/A N/A

 

1400

55

 

1400

55

 

N/A N/A

 

N/A N/A

 

1250

49

Dielectric Constant3

at 60 Hz

 

1.6

 

1.6

 

2.4

 

2.7

 

2.7

 

2.9

 

3.2

 

3.4

 

3.7

 

3.7

 

3.7

Dissipation Factor3

at 60 Hz (x 10–3)

 

4

 

5

 

6

 

6

 

6

 

7

 

7

 

7

 

7

 

7

 

7

1 ASTM D149 using 50 mm (2 inches) electrodes, rapid rise; corresponds with IEC 60243-1 subclause  9.1 except for electrode set-up of 50 mm (2 inches)

2 ASTM D3426

3 ASTM D150

Product Tags

Use spaces to separate tags. Use single quotes (') for phrases.

Write Your Own Review

You're reviewing: Nomex Paper - Class H - 2 Mill

Custom HTML

Custom image

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus non nibh elit, a placerat mauris. Sed lobortis porta velit, ultrices mattis nisi accumsan vitae. In tempus laoreet dapibus. Aliquam in gravida est. Sed malesuada felis non ligula rutrum fringilla. Ut imperdiet velit ac ligula viverra quis facilisis quam ullamcorper. Aenean mauris libero, pharetra quis hendrerit vitae, scelerisque et leo. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aliquam aliquet gravida aliquam. Nullam porttitor tellus id quam tincidunt aliquet. Ut scelerisque dictum metus, eget sodales eros semper et. Proin ultrices pharetra massa, et condimentum est fringilla sed. Sed gravida fermentum neque, ac accumsan nisl consequat et. Praesent quam dui, mattis id eleifend et, suscipit eu odio. Suspendisse a mauris orci, at tristique risus. Vestibulum pellentesque, risus at tincidunt lobortis, dui quam tincidunt ligula, vel tristique sapien velit at nisl.

Custom HTML

Custom image

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus non nibh elit, a placerat mauris. Sed lobortis porta velit, ultrices mattis nisi accumsan vitae. In tempus laoreet dapibus. Aliquam in gravida est. Sed malesuada felis non ligula rutrum fringilla. Ut imperdiet velit ac ligula viverra quis facilisis quam ullamcorper. Aenean mauris libero, pharetra quis hendrerit vitae, scelerisque et leo. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aliquam aliquet gravida aliquam. Nullam porttitor tellus id quam tincidunt aliquet. Ut scelerisque dictum metus, eget sodales eros semper et. Proin ultrices pharetra massa, et condimentum est fringilla sed. Sed gravida fermentum neque, ac accumsan nisl consequat et. Praesent quam dui, mattis id eleifend et, suscipit eu odio. Suspendisse a mauris orci, at tristique risus. Vestibulum pellentesque, risus at tincidunt lobortis, dui quam tincidunt ligula, vel tristique sapien velit at nisl.

Product Description

Details


DuPontNomex® Paper Type 410

 

TEchNical  DaTa ShEET

 DuPont™  Nomex®  paper  Type 410 is an insulation  paper  which  offers  high inherent dielectric strength, mechanical toughness, flexibility and resilience. Nomex®  paper  Type 410 is the original form of Nomex®  paper,  and is widely used in a majority of electrical  equipment applications. Available in 11 thicknesses (0.05 to 0.76 mm) (2 to 30 mil), Nomex® paper

Type 410 is used in almost every  known  electrical  sheet insulation  application.

 

 

Electrical properties

 

The typical electrical  property values  for Nomex®  paper  Type 410 are shown in Table I. The AC Rapid Rise dielectric strength data  of Table I, representing voltage  stress levels,  withstood 10 to 20 seconds at a frequency of 60 Hz. These values  differ from long-term strength potential. DuPont  recommends that  continuous stresses  in transformers

not exceed 1.6 kV/mm (40 V/mil) to help minimize  the  risk of partial discharges (corona). The full wave  impulse dielectric strength data  shown in Table I are based on multiple  sheets. These values  are appropriate for the  applications which employ  these materials in such  configurations. Data based on single  sheets of material  are available upon  request.

The geometry of the  system has  an effect on the  actual  impulse strength values  of the  material.  The dielectric  strength

data  are typical values  and not recommended for design purposes. Design  values  can be supplied upon  request.

 

 

Table i – Typical electrical properties

 

 

Nominal Thickness (mil) (mm)

 

2

0.05

 

3

0.08

 

5

0.13

 

7

0.18

 

10

0.25

 

12

0.30

 

15

0.38

 

20

0.51

 

24

0.61

 

29

0.73

 

30

0.76

Dielectric strength AC rapid rise1 (V/mil)

(kV/mm)

 

 

460

18

 

 

565

22

 

 

715

28

 

 

865

34

 

 

845

33

 

 

870

34

 

 

850

33

 

 

810

32

 

 

810

32

 

 

760

30

 

 

680

27

Full wave impulse2

(V/mil) (kV/mm)

 

1000

39

 

1000

39

 

1400

55

 

1400

55

 

1600

63

 

N/A N/A

 

1400

55

 

1400

55

 

N/A N/A

 

N/A N/A

 

1250

49

Dielectric Constant3

at 60 Hz

 

1.6

 

1.6

 

2.4

 

2.7

 

2.7

 

2.9

 

3.2

 

3.4

 

3.7

 

3.7

 

3.7

Dissipation Factor3

at 60 Hz (x 10–3)

 

4

 

5

 

6

 

6

 

6

 

7

 

7

 

7

 

7

 

7

 

7

1 ASTM D149 using 50 mm (2 inches) electrodes, rapid rise; corresponds with IEC 60243-1 subclause  9.1 except for electrode set-up of 50 mm (2 inches)

2 ASTM D3426

3 ASTM D150

Product Tags

Product Tags

Use spaces to separate tags. Use single quotes (') for phrases.

Reviews

Write Your Own Review

You're reviewing: Nomex Paper - Class H - 2 Mill

CustomTab

Custom HTML

Custom image

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus non nibh elit, a placerat mauris. Sed lobortis porta velit, ultrices mattis nisi accumsan vitae. In tempus laoreet dapibus. Aliquam in gravida est. Sed malesuada felis non ligula rutrum fringilla. Ut imperdiet velit ac ligula viverra quis facilisis quam ullamcorper. Aenean mauris libero, pharetra quis hendrerit vitae, scelerisque et leo. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aliquam aliquet gravida aliquam. Nullam porttitor tellus id quam tincidunt aliquet. Ut scelerisque dictum metus, eget sodales eros semper et. Proin ultrices pharetra massa, et condimentum est fringilla sed. Sed gravida fermentum neque, ac accumsan nisl consequat et. Praesent quam dui, mattis id eleifend et, suscipit eu odio. Suspendisse a mauris orci, at tristique risus. Vestibulum pellentesque, risus at tincidunt lobortis, dui quam tincidunt ligula, vel tristique sapien velit at nisl.

Custom HTML

Custom image

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus non nibh elit, a placerat mauris. Sed lobortis porta velit, ultrices mattis nisi accumsan vitae. In tempus laoreet dapibus. Aliquam in gravida est. Sed malesuada felis non ligula rutrum fringilla. Ut imperdiet velit ac ligula viverra quis facilisis quam ullamcorper. Aenean mauris libero, pharetra quis hendrerit vitae, scelerisque et leo. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Aliquam aliquet gravida aliquam. Nullam porttitor tellus id quam tincidunt aliquet. Ut scelerisque dictum metus, eget sodales eros semper et. Proin ultrices pharetra massa, et condimentum est fringilla sed. Sed gravida fermentum neque, ac accumsan nisl consequat et. Praesent quam dui, mattis id eleifend et, suscipit eu odio. Suspendisse a mauris orci, at tristique risus. Vestibulum pellentesque, risus at tincidunt lobortis, dui quam tincidunt ligula, vel tristique sapien velit at nisl.