Ethylene Vinyl Acetate (EVA)

We are engaged in the Supplying and Trading of Ethylene Vinyl Acetate (EVA). Ethylene Vinyl Acetate (EVA) is a polymer widely used as an encapsulant between the glass cover of a solar module and the glass cover of the solar cells within the module. Ethylene Vinyl Acetate (EVA) can be obtained at affordable rates from clients.

Note: Price may be negotiable as per order quantity and may vary irrespective of prior notice.

Specification
  • Luggage
  • Footwear
  • Film Extrusion
  • Foamed Crosslinked Sheet for Shoe, Injection
  • Base Component for Hot Melt Adhesive, Injection, Foamed Crosslinked Sheet for Shoe.
  • Calendering, Injection, Blow Moulding for Foamed Crosslinked Sheet for Shoes, Sandals, Slippers, Shoe Soles, Toys.
Salient Features
  • High flexibility
  • Better tear resistance
  • Hard-wearing
  • Transparent
  • Resistant to corrosion
  • Flame retardant
  • Good Mechanical Properties
  • Good Low Temperature Resistance
Technical Data
PROPERTY UNIT VALUE TEST METHOD

MELT FLOW INDEX (2.16 kg/190oC)

g/10min

2.3

ASTM D 1238

DENSITY

g/cm3

0.941

ASTM D 1505

TENSILE STRENGTH AT YIELD

MPa

4.5

ASTM D 638

TENSILE STRENGTH AT BREAK

MPa

24

ASTM D 638

ULTIMATE ELONGATION

%

820

ASTM D 638

HARDNESS SHORE - D

--

37

DIN 53505

VICAT SOFTENING TEMPERATURE

oC

62

ASTM D 1525

VA CONTENT

%

18

TPI METHOD

 

Specifications
PROPERTY MELT FLOW INDEX (2.16kg/190oC) DENSITY TENSILE STRENGTH AT YIELD TENSILE STRENGTH AT BREAK ULTIMATE ELONGATION HARDNESS SHORE-D VICAT SOFTENING TEMPERATURE VA CONTENT

TEST METHOD UNIT

ASTM D1238 (g/10 min)

ASTM D1505 (g/cm3)

ASTM D638 (MPa)

ASTM D638 (MPa)

ASTM D638 (%)

DIN 53505 (-)

ASTM D1525 (oC)

TPI METHOD (%)

N8036

1.7

0.937

4.9

23.5

780

38

68

15

N 8038 F

2.3

ko

0.941

4.5

24

820

37

62

N 8038

2.3

0.941

4.5

24

820

37

37

15

N 8045

2.5

0.947

3.5

30

830

36

58

22

MV 1055

8

0.953

2.5

23

840

28

49

28

SV 1055

20

0.952

-

17

860

25

48

28

TV 1055

40

0.952

-

10

840

27

47

28