Test Items

Note:
Standard refers to test items that are performed at standard conditions.
Non-standard 1 refers to test items that are performed at customized conditions.
Non-standard 2 refers to test items that requires special procedures. Please note that analytical reports are not available for these items.

NO. Test ItemCondition Material Standards to Follow (If Any)
Category: Standard (Please Call For Pricing)
1 Air Transmission Rate
(Differential Pressure Method)
23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
2 Air Transmission Rate
(Equal Pressure Method)
23°C, 0%RH Film/Sheeting ASTM D3985-2005(2010)e1
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
3 Oxygen Transmission Rate
(Differential Pressure Method)
23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
4 Oxygen Transmission Rate
(Equal Pressure Method)
23°C, 0%RH Film/Sheeting ASTM D3985-2005(2010)e1
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
5 Carbon Dioxide Transmission Rate
(Differential Pressure Method)
23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
6 Nitrogen Transmission Rate 23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
7 Oxygen Transmission Rate (Container) 23°C, 0%RH Container ASTM F1307-2002(2007)
ASTM D3985-2005(2010)e1
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
8 Air Transmission Rate (Container) 23°C, Ambient Container ASTM F1307-2002(2007)
ASTM D3985-2005(2010)e1
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
9 Water Vapor Transmission Rate
(Gravimetric/Dish Method)
38°C, 90%RH Film/Sheeting ISO 2528-1995
ASTM E96/E96M-2012
TAPPI T448 OM-09
10 Water Vapor Transmission Rate
(Electrolytic Detection Sensor Method)
38°C, 90%RH Film/Sheeting ISO 15106.3-2003
11 Water Vapor Transmission Rate
(Infrared Detection Sensor Method)
38°C, 90%RH Film/Sheeting ASTM F1249-13
ISO 15106.2-2003
TAPPI T557 wd-04
12 Water Vapor Transmission Rate
(Humidity Detection Sensor Method)
38°C, 90%RH Film/Sheeting ASTM E398-13
ISO 15106.1-2003
13 Water Vapor Transmission Rate of Container
(Electrolytic Detection Sensor Method)
38°C, 90%RH Container ISO 15106.3-2003
14 Water Vapor Transmission Rate of Container
(Infrared Detection Sensor Method)
38°C, 90%RH Container ASTM F1249-13
ISO 15106.2-2003
15 Oxygen Transmission Rate after Flex
(Differential Pressure Method)
23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
16 Oxygen Transmission Rate after Flex
(Equal Pressure Method)
23°C, 0%RH Film/Sheeting ASTM D3985-2005(2010)e1
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
17 Nitrogen Transmission Rate after Flex
(Differential Pressure Method)
23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
18 Carbon Dioxide Transmission Rate after Flex
(Differential Pressure Method)
23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
19 Air Transmission Rate after Flex
(Differential Pressure Method)
23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
20 Water Vapor Transmission Rate after Flex
(Gravimetric/Dish Method)
38°C, 90%RH Film/Sheeting ISO 2528-1995
ASTM E96/E96M-2012
21 Tensile Strength and Elongation Rate
(Lateral)
23°C, 50%RH Film/Sheeting ISO 527-1:2012
ISO 527-3:1995
ASTM D882-2012
22 Tensile Strength and Elongation Rate
(Longitudinal)
23°C, 50%RH Film/Sheeting ISO 527-1:2012
ISO 527-3:1995
ASTM D882-2012
23 Coefficient of Friction 23°C, 50%RH Film/Sheeting ISO 8295-1995
ASTM D1894-2011e1
24 Mechanical Contacting Thickness Test 23°C, 50%RH Film/Sheeting ISO 4593:1993
ASTM D374M-13
TAPPI T411 om-10
ISO 3034-2011
ISO 534-2011
25 Heat Seal Strength 23°C, 50%RH Film/Sheeting ASTM F88/F88M-2009
26 Shrinking Force and Shrinkage Ratio
(Lateral)
23°C, 50%RH Film/Sheeting ISO 14616-1997
DIN 53369-1976
27 Shrinking Force and Shrinkage Ratio
(Longitudinal)
23°C, 50%RH Film/Sheeting ISO 14616-1997
DIN 53369-1976
28 Falling Dart Impact Energy 23°C, 50%RH Film/Sheeting ISO 7765.1-1988
ASTM D1709-2009
29 Pendulum Impact Energy 23°C, 50%RH Film/Sheeting ASTM D3420-2008a
30 Tear Strength
(Elmendorf Method, Lateral)
23°C, 50%RH Film/Sheeting ISO 6383.2-1983
ASTM D1922-2009
ISO1974-2012
TAPPI T414 om-12
31 Tear Strength
(Elmendorf Method, Longitudinal)
23°C, 50%RH Film/Sheeting ISO 6383.2-1983
ASTM D1922-2009
ISO1974-2012
TAPPI T414 om-12
32 Tear Strength
(Trouser Tear Method, Lateral)
23°C, 50%RH Film/Sheeting ISO 6383.1-1983
ASTM D1938-2008
33 Tear Strength
(Trouser Tear Method, Longitudinal)
23°C, 50%RH Film/Sheeting ISO 6383.1-1983
ASTM D1938-2008
34 Tear Strength
(Right Angled Tear Method, Lateral)
23°C, 50%RH Film/Sheeting ASTM D1004-2013
35 Tear Strength
(Right Angled Tear Method, Longitudinal)
23°C, 50%RH Film/Sheeting ASTM D1004-2013
36 Peel Strength (Lateral) 23°C, 50%RH Film/Sheeting ASTM F904-1998(2008)
37 Peel Strength (Longitudinal) 23°C, 50%RH Film/Sheeting ASTM F904-1998(2008)
38 Hot Tack Strength As Required Film/Sheeting ASTM F2029-2008
39 Burst 23°C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
40 Creep 23°C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
41 Creep To Burst 23°C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
42 Seal Strength of Open Package 23°C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
43 Seal Strength with Expansion Restriction 23°C, 50%RH Film/Sheeting ASTM F2054/F2054M-13
44 Residual Oxygen Analysis of Vacuum Package 23°C, 50%RH Container /
45 Residual Oxygen Analysis of Vacuum Package 23°C, 50%RH Film/Sheeting /
Category: Non-standard 1 (Please Call For Pricing)
1 Helium Transmission Rate 23°C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
2 Oxygen Transmission Rate-Equal Pressure Method (Container) 23°C, 100%RH Container ASTM F1307-2002(2007)
ASTM D3985-2005(2010)el
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
3 Oxygen Transmission Rate-Equal Pressure Method (Container) 15-55°C, 35%-90%RH Container ASTM F1307-2002(2007)
ASTM D3985-2005(2010)el
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
4 Carbon Dioxide Transmission Rate-Differential Pressure Method 23°C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
5 Carbon Dioxide Transmission Rate-Differential Pressure Method 5-95°C, 10%-90%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
6 Nitrogen Transmission Rate-Differential Pressure Method 23°C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
7 Nitrogen Transmission Rate-Differential Pressure Method 5-95°C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
8 Oxygen Transmission Rate-Differential Pressure Method 23°C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
9 Oxygen Transmission Rate-Differential Pressure Method 5-95°C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
10 Air Transmission Rate-Differential Pressure Method 23°C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
11 Air Transmission Rate-Differential Pressure Method 5-95°C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
12 Oxygen Transmission Rate-Equal Pressure Method 23°C, 100%RH Film/Sheeting ASTM F1927-2007
ISO 15105-2:2003
ASTM D3985-2005(2010)e1
13 Oxygen Transmission Rate-Equal Pressure Method 10-55°C,
35%-90%RH
Film/Sheeting ASTM F1927-2007
ISO 15105-2:2003
ASTM D3985-2005(2010)e1
14 Water Vapor Transmission Rate-Gravimetric/Dish Method 15-55°C,
35%-90%RH
Film/Sheeting ISO 2528-1995
ASTM E96/E96M-2012
TAPPI T464 om-12
15 Water Vapor Transmission Rate-Electrolytic Detection Sensor Method 38°C, 100%RH Film/Sheeting ISO 15106.3-2003
16 Water Vapor Transmission Rate-Electrolytic Detection Sensor Method 15-55°C,
35%-90%RH
Film/Sheeting ISO 15106.3-2003
17 Water Vapor Transmission Rate-Infrared Detection Sensor Method 15-55°C,
35%-90%RH
Film/Sheeting ASTM F1249-13
ISO 15106.2-2003
TAPPI T557 wd-04
18 Water Vapor Transmission Rate-Infrared Detection Sensor Method 38°C, 100%RH Film/Sheeting ASTM F1249-13
ISO 15106.2-2003
TAPPI T557 wd-04
19 Water Vapor Transmission Rate-Humidity Detection Sensor Method 15-55°C,
35%-90%RH
Film/Sheeting ASTM E398-13
ISO 15106.1-2003
20 Water Vapor Transmission Rate-Electrolytic Detection Sensor Method (Container) 38°C, 100%RH Container ISO 15106.3-2003
21 Water Vapor Transmission Rate-Electrolytic Detection Sensor Method (Container) 15-55°C, 35%-90%RH Container ISO 15106.3-2003
22 Oxygen Transmission Rate after Flex-Differential Pressure Method 23°C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
23 Oxygen Transmission Rate after Flex-Differential Pressure Method 5-95°C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
24 Oxygen Transmission Rate after Flex- Equal Pressure Method 23°C, 100%RH Film/Sheeting ASTM F1927-2007
ISO 15105-2:2003
ASTM D3985-2005(2010)e1
25 Oxygen Transmission Rate after Flex-Equal Pressure Method 10-55°C,
35%-90%RH
Film/Sheeting ASTM F1927-2007
ISO 15105-2:2003
ASTM D3985-2005(2010)e1
26 Nitrogen Transmission Rate after Flex-Differential Pressure Method 23°C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
27 Nitrogen Transmission Rate after Flex-Differential Pressure Method 5-95°C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
Reference:
ASTM D1434-1982(2009)e1
28 Carbon Dioxide Transmission Rate after Flex-Differential Pressure Method 23°C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
29 Carbon Dioxide Transmission Rate after Flex-Differential Pressure Method 5-95°C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
30 Coefficient of Friction Room temperature ~ 99.9°C Film/Sheeting ASTM D1894-2011e1
31 Stress at Definite Elongation (Longitudinal) Ambient Film/Sheeting ISO 527-1:2012
ISO 527-3:1995
ASTM D882-2012
32 Stress at Definite Elongation (Lateral) Ambient Film/Sheeting ISO 527-1:2012
ISO 527-3:1995
ASTM D882-2012
33 Air Transmission Rate-Equal Pressure Method 23°C, 100%RH Container ASTM F1307-2002(2007)
ASTM D3985-2005(2010)el
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
34 Air Transmission Rate-Equal Pressure Method 15-55°C,
35%-90%RH
Container ASTM F1307-2002(2007)
ASTM D3985-2005(2010)el
ASTM F1927-2007
ISO 15105-2:2003
ASTM F2622-08(2013)
Category: Non-standard 2 (Please Call For Pricing)
1 Rotary Torque of Bottle Cap Ambient Container ASTM D2063/D2063M-2010(2012)
ASTM D3198-1997(2007)
ASTM D3474-1990(2012)
2 Seal Performance (Negative Pressure Method) Ambient Film/Sheeting ASTM D3078-02(2013)
3 Seal Performance (Negative Pressure Method) Ambient Container ASTM D3078-02(2013)
4 Flex Durability of Film (Turpentine Method) Ambient Film/Sheeting ASTM F392/F392M-2011
5 Primary Adhesion Ambient Film/Sheeting /
6 Lasting Adhesion Ambient Film/Sheeting /
7 Ink Layer Fastness Ambient Film/Sheeting /
8 Headspace Oxygen and Carbon Dioxide Analysis Ambient Film/Sheeting /
9 Residual Oxygen Analysis of Glass Bottle and Metal Jar Ambient Container /
10 Steaming and Boiling Resistance Ambient Film/Sheeting /
11 Seal Performance after Steaming and Boiling (Negative Pressure Method) Ambient Film/Sheeting ASTM D3078-02(2013)
12 Cold Resistance Ambient Film/Sheeting /
13 Transmittance Ambient Film/Sheeting ASTM D1003-2011e1
14 Haze Ambient Film/Sheeting ASTM D1003-2011e1
15 Heat Shrinkage Ratio (Lateral) Ambient Film/Sheeting ASTM D2732-2008
16 Heat Shrinkage Ratio (Longitudinal) Ambient Film/Sheeting ASTM D2732-2008
17 Gas Transmission Rate of Packaging Films at Extreme High and Low Temperature (Data Fitting) As Required Film/Sheeting /
18 Seal Temperature, Pressure and Dwell Time Ambient Film/Sheeting ASTM F88/F88M-2009
ASTM F2029-2008

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