| Product Description | ||||
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This data represents typical values that have been calculated from all products classified as: Generic LLDPE
This information is provided for comparative purposes only. |
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| General | ||||
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Material Status
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Availability
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| Physical |
Nominal Value
|
Unit
|
Test Method
|
|
Specific Gravity
|
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|
--
|
0.907 to 0.935
|
|
ASTM D792 |
|
73°F
|
0.900 to 0.931
|
g/cm³
|
ISO 1183 |
|
--
|
0.916 to 0.939
|
g/cm³
|
ASTM D1505 |
|
--
|
0.916 to 0.937
|
g/cm³
|
ASTM D4883 |
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Apparent Density
|
0.13 to 0.56
|
g/cm³
|
ASTM D1895 |
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Melt Mass-Flow Rate (MFR)
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190°C/2.16 kg
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0.10 to 4.0
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g/10 min
|
ASTM D1238 |
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190°C/2.16 kg
|
0.20 to 6.3
|
g/10 min
|
ISO 1133 |
|
Environmental Stress-Cracking Resistance (73°F)
|
0.317 to 1000
|
hr
|
ASTM D1693 |
| Mechanical |
Nominal Value
|
Unit
|
Test Method
|
|
Tensile Modulus
|
|||
|
73°F
|
22500 to 72100
|
psi
|
ASTM D638 |
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73°F
|
25800 to 71600
|
psi
|
ISO 527-2 |
|
Tensile Strength
|
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|
Yield, 73°F
|
1110 to 3100
|
psi
|
ASTM D638 |
|
Yield, 73°F
|
1110 to 2690
|
psi
|
ISO 527-2 |
|
Break, 73°F
|
1010 to 4550
|
psi
|
ASTM D638 |
|
Break, 73°F
|
1340 to 4710
|
psi
|
ISO 527-2 |
|
73°F
|
1690 to 5240
|
psi
|
ASTM D638 |
|
Tensile Elongation
|
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Yield, 73°F
|
2.0 to 23
|
%
|
ASTM D638 |
|
Yield, 73°F
|
14 to 22
|
%
|
ISO 527-2 |
|
Break, 73°F
|
8.0 to 1000
|
%
|
ASTM D638 |
|
Break, 73°F
|
300 to 910
|
%
|
ISO 527-2 |
|
Apparent Bending Modulus
|
37700 to 39300
|
psi
|
ASTM D747 |
|
Flexural Modulus
|
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|
73°F
|
30400 to 132000
|
psi
|
ASTM D790 |
|
73°F
|
16000 to 94600
|
psi
|
ISO 178 |
|
Flexural Strength
|
ASTM D790 | ||
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73°F
|
1120 to 1890
|
psi
|
|
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Yield, 73°F
|
25500 to 40800
|
psi
|
|
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Coefficient of Friction
|
0.086 to 0.52
|
|
ASTM D1894 |
| Films |
Nominal Value
|
Unit
|
Test Method
|
|
Film Thickness - Tested
|
0.76 to 2.1
|
mil
|
|
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Film Puncture Energy
|
43.2
|
in·lb
|
|
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Film Puncture Force
|
1.93 to 19.1
|
lbf
|
|
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Film Puncture Resistance
|
153
|
ft·lb/in³
|
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Film Toughness
|
ASTM D882 | ||
|
MD
|
2570
|
ft·lb/in³
|
|
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TD
|
2640
|
ft·lb/in³
|
|
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Secant Modulus
|
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MD
|
15700 to 33400
|
psi
|
ASTM D882 |
|
TD
|
16800 to 39700
|
psi
|
ASTM D882 |
|
73°F
|
16300 to 39000
|
psi
|
ISO 527-3 |
|
Tensile Strength
|
|||
|
MD: Yield
|
1160 to 1920
|
psi
|
ASTM D882 |
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TD: Yield
|
1280 to 1930
|
psi
|
ASTM D882 |
|
Yield, 73°F
|
725 to 2430
|
psi
|
ISO 527-3 |
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MD: Break
|
4350 to 8570
|
psi
|
ASTM D882 |
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TD: Break
|
1930 to 6640
|
psi
|
ASTM D882 |
|
Break, 73°F
|
3480 to 7250
|
psi
|
ISO 527-3 |
|
73°F
|
2760 to 8490
|
psi
|
ISO 527-3 |
|
Tensile Elongation
|
|||
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MD: Yield
|
6.0 to 78
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%
|
ASTM D882 |
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TD: Yield
|
4.0 to 23
|
%
|
ASTM D882 |
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MD: Break
|
410 to 850
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%
|
ASTM D882 |
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TD: Break
|
700 to 920
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%
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ASTM D882 |
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Break, 73°F
|
500 to 920
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%
|
ISO 527-3 |
|
Flexural Modulus
|
ASTM D790 | ||
|
MD
|
26000
|
psi
|
|
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TD
|
28200
|
psi
|
|
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Dart Drop Impact
|
|||
|
73°F
|
45 to 190
|
g
|
ASTM D1709 |
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73°F
|
45 to 260
|
g
|
ISO 7765-1 |
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Elmendorf Tear Strength
|
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MD
|
0.0 to 490
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g
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ASTM D1922 |
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TD
|
7.0 to 740
|
g
|
ASTM D1922 |
|
--
|
0.40 to 1.4
|
lbf
|
ISO 6383-2 |
|
Seal Initiation Temperature
|
211 to 266
|
°F
|
|
| Elastomers |
Nominal Value
|
Unit
|
Test Method
|
|
Tear Strength (73°F)
|
445 to 1060
|
lbf/in
|
ASTM D624 |
| Impact |
Nominal Value
|
Unit
|
Test Method
|
|
Notched Izod Impact
|
|||
|
73°F
|
2.6 to 11
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ft·lb/in
|
ASTM D256 |
|
73°F
|
11 to 22
|
ft·lb/in²
|
ISO 180 |
|
Multi-Axial Instrumented Impact Energy (73°F)
|
11.1 to 46.5
|
ft·lb
|
ISO 6603-2 |
|
Tensile Impact Strength
|
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|
73°F
|
27.0 to 814
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ft·lb/in²
|
ASTM D1822 |
|
73°F
|
126
|
ft·lb/in²
|
ISO 8256 |
| Hardness |
Nominal Value
|
Unit
|
Test Method
|
|
Durometer Hardness (73°F)
|
49 to 62
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|
ASTM D2240, ISO 868 |
| Thermal |
Nominal Value
|
Unit
|
Test Method
|
|
Deflection Temperature Under Load
|
ASTM D648 | ||
|
66 psi, Unannealed
|
107 to 148
|
°F
|
|
|
264 psi, Unannealed
|
93.2 to 160
|
°F
|
|
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Brittleness Temperature
|
|||
|
--
|
-108 to -90.4
|
°F
|
ASTM D746 |
|
--
|
-94.7 to -94.0
|
°F
|
ISO 974 |
|
Vicat Softening Temperature
|
|||
|
--
|
185 to 249
|
°F
|
ASTM D1525 |
|
--
|
199 to 243
|
°F
|
ISO 306 |
|
Melting Temperature
|
|||
|
--
|
249 to 262
|
°F
|
|
|
--
|
252 to 258
|
°F
|
DSC |
|
--
|
238 to 261
|
°F
|
ISO 11357-3 |
|
--
|
250 to 263
|
°F
|
ASTM D3418 |
|
--
|
246 to 260
|
°F
|
ISO 3146 |
|
Peak Crystallization Temperature (DSC)
|
|||
|
--
|
217 to 261
|
°F
|
ASTM D3418 |
|
--
|
220 to 261
|
°F
|
ISO 3146 |
| Electrical |
Nominal Value
|
Unit
|
Test Method
|
|
Volume Resistivity (73°F)
|
1.0E+5 to 1.0E+16
|
ohm·cm
|
ASTM D257 |
|
Dielectric Strength (73°F)
|
500 to 1500
|
V/mil
|
ASTM D149 |
|
Dielectric Constant (73°F)
|
2.17 to 2.31
|
|
ASTM D150 |
|
Dissipation Factor (73°F)
|
0.000060 to 0.0010
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|
ASTM D150 |
| Optical |
Nominal Value
|
Unit
|
Test Method
|
|
Gardner Gloss
|
33 to 82
|
|
ASTM D523 |
|
Gloss
|
22 to 95
|
|
ASTM D2457 |
|
Transmittance
|
68.0 to 92.3
|
%
|
ASTM D1003 |
|
Clarity
|
26.9 to 95.3
|
|
ASTM D1746 |
|
Haze
|
0.40 to 21
|
%
|
ASTM D1003 |
| Injection |
Nominal Value
|
Unit
|
|
|
Rear Temperature
|
349 to 366
|
°F
|
|
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Middle Temperature
|
364 to 376
|
°F
|
|
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Front Temperature
|
364 to 400
|
°F
|
|
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Nozzle Temperature
|
400
|
°F
|
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Processing (Melt) Temp
|
356 to 545
|
°F
|
|
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Mold Temperature
|
63.5 to 86.3
|
°F
|
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| Injection Notes | |||
|
This data represents typical values that have been calculated from all products classified as: Generic LLDPE
This information is provided for comparative purposes only. |
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| Extrusion |
Nominal Value
|
Unit
|
|
|
Hopper Temperature
|
337 to 366
|
°F
|
|
|
Cylinder Zone 1 Temp.
|
301 to 394
|
°F
|
|
|
Cylinder Zone 2 Temp.
|
352 to 397
|
°F
|
|
|
Cylinder Zone 3 Temp.
|
336 to 460
|
°F
|
|
|
Cylinder Zone 4 Temp.
|
351 to 502
|
°F
|
|
|
Cylinder Zone 5 Temp.
|
354 to 457
|
°F
|
|
|
Adapter Temperature
|
445 to 540
|
°F
|
|
|
Melt Temperature
|
331 to 531
|
°F
|
|
|
Melt Temperature (Aim)
|
374
|
°F
|
|
|
Die Temperature
|
338 to 522
|
°F
|
|
| Extrusion Notes | |||
|
This data represents typical values that have been calculated from all products classified as: Generic LLDPE
This information is provided for comparative purposes only. |
|||
| Notes |
| 1Typical properties: these are not to be construed as specifications. |