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As the quality of life is continuously improving, the expectations of consumers for the quality of food, clothing, housing, transportation, and more also rise. This is particularly evident for beverage, food, medications, and automobiles because quality of these products directly influence human health and life. As as result, enormous amount of attention of enterprises and manufacturers has been drawn towards quality assurance of the products. The quality of materials/ ingredients used for the production of such products is also of great importance, as it determines the overall product quality. Labthink's well managed professional testing laboratory offers outsourced testing services to food & beverage producers, medical, cosmetics, pharmaceutical companies, packaging industry, and automobile manufacturers, among many others industries. We help them in controlling the product quality.

There are varied stages involved in the Testing of products/ sample. The service work flow is mentioned below:

  1. Submission of specimen testing application
  2. Application is accepted
  3. Fill out application form
  4. Preliminary inspection is undertaken. (In case, we do not meet the testing requirement/s, customer is notified)
  5. Pay testing fee
  6. Specimen testing
  7. The Test Report is Generated

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 Item Condition Material Standards to Follow (If Any)
Category: Standard (Please Call For Pricing)
1 Air Transmission Rate
(Differential Pressure Method)
230C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
2 Air Transmission Rate
(Equal Pressure Method)
230C, 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)
230C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
4 Oxygen Transmission Rate
(Equal Pressure Method)
230C, 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)
230C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
6 Nitrogen Transmission Rate 230C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
7 Oxygen Transmission Rate (Container) 230C, 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) 230C, 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)
38C, 90%RH Film/Sheeting ISO 2528-1995
ASTM E96/E96M-2012
TAPPI T448 OM-09
10 Water Vapor Transmission Rate
(Electrolytic Detection Sensor Method)
380C, 90%RH Film/Sheeting ISO 15106.3-2003
11 Water Vapor Transmission Rate
(Infrared Detection Sensor Method)
380C, 90%RH Film/Sheeting ASTM F1249-13
ISO 15106.2-2003
TAPPI T557 wd-04
12 Water Vapor Transmission Rate
(Humidity Detection Sensor Method)
380C, 90%RH Film/Sheeting ASTM E398-13
ISO 15106.1-2003
13 Water Vapor Transmission Rate of Container
(Electrolytic Detection Sensor Method)
380C, 90%RH Container ISO 15106.3-2003
14 Water Vapor Transmission Rate of Container
(Infrared Detection Sensor Method)
380C, 90%RH Container ASTM F1249-13
ISO 15106.2-2003
15 Oxygen Transmission Rate after Flex
(Differential Pressure Method)
230C, 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)
230C, 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)
230C, 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)
230C, 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)
230C, 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)
380C, 90%RH Film/Sheeting ISO 2528-1995
ASTM E96/E96M-2012
21 Tensile Strength and Elongation Rate
(Lateral)
230C, 50%RH Film/Sheeting ISO 527-1:2012
ISO 527-3:1995
ASTM D882-2012
22 Tensile Strength and Elongation Rate
(Longitudinal)
230C, 50%RH Film/Sheeting ISO 527-1:2012
ISO 527-3:1995
ASTM D882-2012
23 Coefficient of Friction 230C, 50%RH Film/Sheeting ISO 8295-1995
ASTM D1894-2011e1
24 Mechanical Contacting Thickness Test 230C, 50%RH Film/Sheeting ISO 4593:1993
ASTM D374M-13
TAPPI T411 om-10
ISO 3034-2011
ISO 534-2011
25 Heat Seal Strength 230C, 50%RH Film/Sheeting ASTM F88/F88M-2009
26 Shrinking Force and Shrinkage Ratio
(Lateral)
230C, 50%RH Film/Sheeting ISO 14616-1997
DIN 53369-1976
27 Shrinking Force and Shrinkage Ratio
(Longitudinal)
230C, 50%RH Film/Sheeting ISO 14616-1997
DIN 53369-1976
28 Falling Dart Impact Energy 230C, 50%RH Film/Sheeting ISO 7765.1-1988
ASTM D1709-2009
29 Pendulum Impact Energy 230C, 50%RH Film/Sheeting ASTM D3420-2008a
30 Tear Strength
(Elmendorf Method, Lateral)
230C, 50%RH Film/Sheeting ISO 6383.2-1983
ASTM D1922-2009
ISO1974-2012
TAPPI T414 om-12
31 Tear Strength
(Elmendorf Method, Longitudinal)
230C, 50%RH Film/Sheeting ISO 6383.2-1983
ASTM D1922-2009
ISO1974-2012
TAPPI T414 om-12
32 Tear Strength
(Trouser Tear Method, Lateral)
230C, 50%RH Film/Sheeting ISO 6383.1-1983
ASTM D1938-2008
33 Tear Strength
(Trouser Tear Method, Longitudinal)
230C, 50%RH Film/Sheeting ISO 6383.1-1983
ASTM D1938-2008
34 Tear Strength
(Right Angled Tear Method, Lateral)
230C, 50%RH Film/Sheeting ASTM D1004-2013
35 Tear Strength
(Right Angled Tear Method, Longitudinal)
230C, 50%RH Film/Sheeting ASTM D1004-2013
36 Peel Strength (Lateral) 230C, 50%RH Film/Sheeting ASTM F904-1998(2008)
37 Peel Strength (Longitudinal) 230C, 50%RH Film/Sheeting ASTM F904-1998(2008)
38 Hot Tack Strength As Required Film/Sheeting ASTM F2029-2008
39 Burst 230C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
40 Creep 230C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
41 Creep To Burst 230C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
42 Seal Strength of Open Package 230C, 50%RH Film/Sheeting ASTM F1140/F1140M-2013
43 Seal Strength with Expansion Restriction 230C, 50%RH Film/Sheeting ASTM F2054/F2054M-13
44 Residual Oxygen Analysis of Vacuum Package 230C, 50%RH Container /
45 Residual Oxygen Analysis of Vacuum Package 230C, 50%RH Film/Sheeting /
Category: Non-standard 1 (Please Call For Pricing)
1 Helium Transmission Rate 230C, 0%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
2 Oxygen Transmission Rate-Equal Pressure Method (Container) 230C, 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) 15-550C, 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 230C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
5 Carbon Dioxide Transmission Rate-Differential Pressure Method 5-950C, 10%-90%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
6 Nitrogen Transmission Rate-Differential Pressure Method 230C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
7 Nitrogen Transmission Rate-Differential Pressure Method 5-950C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
8 Oxygen Transmission Rate-Differential Pressure Method 230C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
9 Oxygen Transmission Rate-Differential Pressure Method 5-950C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
10 Air Transmission Rate-Differential Pressure Method 230C, 100%RH Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
11 Air Transmission Rate-Differential Pressure Method 5-950C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
12 Oxygen Transmission Rate-Equal Pressure Method 230C, 100%RH Film/Sheeting ASTM F1927-2007
ISO 15105-2:2003
ASTM D3985-2005(2010)e1
13 Oxygen Transmission Rate-Equal Pressure Method 10-550C,
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 15-550C,
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 380C, 100%RH Film/Sheeting ISO 15106.3-2003
16 Water Vapor Transmission Rate-Electrolytic Detection Sensor Method 15-550C,
35%-90%RH
Film/Sheeting ISO 15106.3-2003
17 Water Vapor Transmission Rate-Infrared Detection Sensor Method 15-550C,
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 380C, 100%RH Film/Sheeting ASTM F1249-13
ISO 15106.2-2003
TAPPI T557 wd-04
19 Water Vapor Transmission Rate-Humidity Detection Sensor Method 15-550C,
35%-90%RH
Film/Sheeting ASTM E398-13
ISO 15106.1-2003
20 Water Vapor Transmission Rate-Electrolytic Detection Sensor Method (Container) 380C, 100%RH Container ISO 15106.3-2003
21 Water Vapor Transmission Rate-Electrolytic Detection Sensor Method (Container) 15-550C, 35%-90%RH Container ISO 15106.3-2003
22 Oxygen Transmission Rate after Flex-Differential Pressure Method 230C, 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 5-950C,
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 230C, 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 10-550C,
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 230C, 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 5-950C,
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 230C, 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 5-950C,
10%-90%RH
Film/Sheeting ISO 2556-1974
ISO 15105-1:2007
ASTM D1434-1982(2009)e1
30 Coefficient of Friction Room temperature ~ 99.90C 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 230C, 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 15-550C,
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

Labthink's packaging safety testing center is capable of performing test items accredited by CNAS (the signatory to ILAC MRA and APLAC MRA). For CNAS accredited test items


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