| No. | Test Item | Material | Test Condition |
| 1 | Air Transmission Rate | Film and Sheeting | 23℃，0% RH |
| 2 | Oxygen Transmission Rate | Film and sheeting | 23℃，0% RH |
| 3 | Oxygen Transmission Rate | Container | 23℃，0% RH |
| 4 | Nitrogen Transmission Rate | Film and sheeting | 23℃，0% RH |
| 5 | Helium Transmission Rate | Film and sheeting | 23℃，100% RH |
| 6 | Helium Transmission Rate | Film and sheeting | 23℃，0% RH |
| 7 | Helium Transmission Rate | Film and sheeting | 5-95℃，10%-90% RH |
| 8 | Water Vapor Transmission Rate | Film and sheeting | 38℃，90% RH |
| 9 | Water Vapor Transmission Rate | Container | 38℃，100% RH |
| 10 | Carbon Dioxide Transmission Rate | Film and sheeting | 23℃，0% RH |
| 11 | Organic Gas Permeability | Film and sheeting | Lab Condition |
| 12 | Air Transmission Rate after Flex | Film and sheeting | 23℃，0% RH |
| 13 | Oxygen Transmission Rate after Flex | Film and sheeting | 23℃，0% RH |
| 14 | Nitrogen Transmission Rate after Flex | Film and sheeting | 23℃，0% RH |
| 15 | Water Vapor Transmission Rate after Flex | Film and sheeting | 38℃，90% RH |
| 16 | Carbon Dioxide Transmission Rate after Flex | Film and sheeting | 23℃，0% RH |
| 17 | Organic Gas Transmission Rate after Flex | Film and sheeting | Lab Condition |
| 18 | Air Transmission Rate-Differential Pressure Method | Film and sheeting | 23℃，100% RH |
| 19 | Air Transmission Rate-Differential Pressure Method | Film and sheeting | 5-95℃，10%-90% RH |
| 20 | Oxygen Transmission Rate-Differential Pressure Method | Film and sheeting | 23℃，100% RH |
| 21 | Oxygen Transmission Rate-Differential Pressure Method | Film and sheeting | 5-95℃，10%-90% RH |
| 22 | Nitrogen Transmission Rate-Differential Pressure Method | Film and sheeting | 23℃，100% RH |
| 23 | Nitrogen Transmission Rate-Differential Pressure Method | Film and sheeting | 5-95℃，10%-90% RH |
| 24 | Carbon Dioxide Transmission Rate-Differential Pressure Method | Film and sheeting | 23℃，100% RH |
| 25 | Carbon Dioxide Transmission Rate-Differential Pressure Method | Film and sheeting | 5-95℃，10%-90% RH |
| 26 | Oxygen Transmission Rate after Flex-Differential Pressure Method | Film and sheeting | 23℃，100% RH |
| 27 | Oxygen Transmission Rate after Flex-Differential Pressure Method | Film and sheeting | 5-95℃，10%-90% RH |
| 28 | Nitrogen Transmission Rate after Flex-Differential Pressure Method | Film and sheeting | 23℃，100% RH |
| 29 | Nitrogen Transmission Rate after Flex-Differential Pressure Method | Film and sheeting | 5-95℃，10%-90% RH |
| 30 | Carbon Dioxide Transmission Rate after Flex-Differential Pressure Method | Film and sheeting | 23℃，100% RH |
| 31 | Carbon Dioxide Transmission Rate after Flex-Differential Pressure Method | Film and sheeting | 5-95℃，10%-90% RH |
| 32 | Air Transmission Rate-Equal Pressure Method | Container | 23℃，100% RH |
| 33 | Air Transmission Rate-Equal Pressure Method | Container | 15-55℃，35%-90% RH |
| 34 | Oxygen Transmission Rate-Equal Pressure Method | Film and sheeting | 23℃，100% RH |
| 35 | Oxygen Transmission Rate-Equal Pressure Method | Film and sheeting | 10-55℃，35%-90% RH |
| 36 | Oxygen Transmission Rate-Equal Pressure Method | Container | 23℃，100% RH |
| 37 | Oxygen Transmission Rate-Equal Pressure Method | Container | 15-55℃，35%-90% RH |
| 38 | Oxygen transmission Rate after Flex-Equal pressure Method | Film and sheeting | 23℃，100% RH |
| 39 | Oxygen transmission Rate after Flex-Equal pressure Method | Film and sheeting | 10-55℃，35%-90% RH |
| 40 | Water Vapor Transmission Rate-Electrolytic Detection Sensor Method | Film and sheeting | 38℃，100% RH |
| 41 | Water Vapor Transmission Rate-Electrolytic Detection Sensor Method | Film and sheeting | 15-55℃，35%-90% RH |
| 42 | Water Vapor Transmission Rate-Electrolytic Detection Sensor Method | Container | 38℃，100% RH |
| 43 | Water Vapor Transmission Rate-Electrolytic Detection Sensor Method | Container | 15-55℃，35%-90% RH |
| 44 | Water Vapor Transmission Rate-Gravimetric/Dish Method | Film and sheeting | 15-55℃，35%-90% RH |
| 45 | Water Vapor Transmission Rate-Humidity Detection Sensor Method | Film and sheeting | 10-55℃，35%-90% RH |
| 46 | Gas Transmission Rate of Packaging Films at Extreme High and Low Temperature (Data Fitting) | Film and sheeting | Customized |
| 47 | Coefficient of Friction | Film and sheeting | Room Temperature, approximately 99.9℃ |
| 48 | Mechanical Contacting Thickness Test | Film and sheeting | Lab Condition |
| 49 | Tensile Strength, Elongation Rate and Modulus of Elasticity | Film and sheeting | Lab Condition |
| 50 | Tear Strength (Right Angled Tear Method, Lateral) | Film and sheeting | Lab Condition |
| 51 | Tear Strength(Right Angled Tear Method, Longitudinal) | Film and sheeting | Lab Condition |
| 52 | Peel Strength (Lateral) | Film and sheeting | Lab Condition |
| 53 | Peel Strength (Longitudinal) | Film and sheeting | Lab Condition |
| 54 | Coefficient of Friction | Film and sheeting | Lab Condition |
| 55 | Heat Seal Strength | Film and sheeting | Lab Condition |
| 56 | Hot Tack Strength | Film and sheeting | Lab Condition |
| 57 | Tear Strength | Film and sheeting | Lab Condition |
| 58 | Pendulum Impact Energy | Film and sheeting | Lab Condition |
| 59 | Falling Dart Impact Energy | Film and sheeting | Lab Condition |
| 60 | Shrinking Force and Shrinkage Ratio | Film and sheeting | Lab Condition |
| 61 | Residual Solvent | Methyl Alcohol, Ethyl Alcohol, Acetone, Isopropyl-ketone, Ethyl Acetate, Butanone, Benzene, Isopropyl Acetate, Propylene Glycol Monomethyl Ether, n-Butyl Alcohol, n-Propyl Acetate, methylbenzene, 4-methyl, 2-pentanone, Butyl Acetate, Dimethylbenzene, Cyclohexanone | Lab Condition |
| 62 | Heat Shrinkage Ratio | Film and sheeting | Lab Condition |
| 63 | Residual Oxygen Analysis of Vacuum Package | Container | Lab Condition |
| 64 | Seal Performance (Negative Pressure Method) | Film and sheeting | Lab Condition |
| 65 | Seal performance after Steaming and Boiling (Negative Pressure Method) | Film and sheeting | Lab Condition |
| 66 | Strength at Definite Elongation (Lateral) | Film and sheeting | Lab Condition |
| 67 | Strength at Definite Elongation (Longitudinal) | Film and sheeting | Lab Condition |
| 68 | Self Adhesion | Film and sheeting | Lab Condition |
| 69 | Unwrapping Force of Adhesive Tape | Film and sheeting | Lab Condition |
| 70 | Peel Strength-Floating Roller | Film and sheeting | Lab Condition |
| 71 | Falling Dart Impact Resistance | Film and sheeting | Lab Condition |
| 72 | Adhesive Tensile and Shearing Strength | Film and sheeting | Lab Condition |
| 73 | Rotary Torque of Bottle Cap | Container | Lab Condition |
| 74 | Burst | Film and sheeting | Lab Condition |
| 75 | Creep | Film and sheeting | Lab Condition |
| 76 | Creep to Burst | Film and sheeting | Lab Condition |
| 77 | Seal Strength of Open Package | Film and sheeting | Lab Condition |
| 78 | Seal Strength with Expansion Restriction | Film and sheeting | Lab Condition |
| 79 | Flex Durability of Film (Turpentine Method) | Film and sheeting | Lab Condition |
| 80 | Primary Adhesion | Film and sheeting | Lab Condition |
| 81 | Lasting Adhesion | Film and sheeting | Lab Condition |
| 82 | Ink Layer Fastness | Film and sheeting | Lab Condition |
| 83 | Headspace Oxygen and Carbon Dioxide Analysis | Film and sheeting | Lab Condition |
| 84 | Residual Oxygen Analysis of Glass Bottle and Metal Jar | Container | Lab Condition |
| 85 | Purity of Organic Solvent | Film and sheeting | Lab Condition |
| 86 | Analysis of Solvent Water Content | Film and sheeting | Lab Condition |
| 87 | Steaming and Boiling Resistance | Film and sheeting | Lab Condition |
| 88 | Cold Resistance | Film and sheeting | Lab Condition |
| 89 | Transmittance | Film and sheeting | Lab Condition |
| 90 | Haze | Film and sheeting | Lab Condition |
| 91 | Potassium permanganate Consumption | Film and sheeting | 60℃ |
| 92 | Potassium permanganate Consumption | Container | 60℃ |
| 93 | Evaporation Residue (Soaked in 4% Acetic Acid, 60℃) | Film and sheeting | Lab Condition |
| 94 | Evaporation Residue (Soaked in 4% Acetic Acid, 60℃) | Container | Lab Condition |
| 95 | Evaporation Residue (Soaked in 65% Ethyl Alcohol, 20℃) | Film and sheeting | Lab Condition |
| 96 | Evaporation Residue (Soaked in 65% Ethyl Alcohol, 20℃) | Container | Lab Condition |
| 97 | Evaporation Residue (Soaked in n-Hexane, 20℃) | Film and sheeting | Lab Condition |
| 98 | Evaporation Residue (Soaked in n-Hexane, 20℃) | Container | Lab Condition |
| 99 | Evaporation Residue (Soaked in Water, 60℃) | Film and sheeting | Lab Condition |
| 100 | Evaporation Residue (Soaked in Water, 60℃) | Container | Lab Condition |
| 101 | Evaporation Residue (Soaked in Above Four Types of Solution) | Film and sheeting | Lab Condition |
| 102 | Evaporation Residue (Soaked in Above Four Types of Solution) | Container | Lab Condition |
| 103 | Heavy Metal (Soaked in 4% Acetic Acid, 60℃) | Film and sheeting | Lab Condition |
| 104 | Heavy Metal (Soaked in 4% Acetic Acid, 60℃) | Container | Lab Condition |
| 105 | Toluenediamine (Soaked in 4% Acetic Acid) | Film and sheeting | Lab Condition |
| 106 | Toluenediamine (Soaked in 4% Acetic Acid) | Container | Lab Condition |
| 107 | Decolorization Test (Soaked in Ethyl Alcohol) | Film and sheeting | Lab Condition |
| 108 | Decolorization Test (Soaked in Ethyl Alcohol) | Container | Lab Condition |
| 109 | Decolorization Test(Soaked in Buffet Oil) | Film and sheeting | Lab Condition |
| 110 | Decolorization Test(Soaked in Buffet Oil) | Container | Lab Condition |
| 111 | Decolorization Test (Soaked in Soak Solution) | Film and sheeting | Lab Condition |
| 112 | Decolorization Test (Soaked in Soak Solution) | Container | Lab Condition |
