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Elevating Standards: Uncompromising Quality in Every Fiber of Our Packaging Materials."



packaging quality test

In the fast-paced world of modern packaging, standup pouches have emerged as a versatile and convenient solution for a wide range of products, from food items to cosmetics and beyond. Their popularity stems from their ability to protect, preserve, and present the contents within.


To maintain the highest standards in packaging, Myperfectpack, a leading provider of standup pouches, takes pride in its rigorous quality testing procedures and adherence to guidelines set forth by regulatory bodies such as the Food Safety Authority (FSA), the Food and Drug Administration (FDA), and the Food Safety and Standards Authority of India (FSSAI). With a global reach spanning over 200 countries, Myperfectpack sets a benchmark in quality assurance for the packaging industry.


The Importance of Quality Testing:

Packaging is more than just an outer shell; it directly influences the safety, freshness, and shelf life of the enclosed products. For standup pouches, quality testing is crucial to ensure that the packaging materials are free from defects, capable of maintaining product integrity, and safe for consumer use. By upholding stringent quality control measures, Myperfectpack guarantees that their pouches meet and exceed industry standards.

Quality Testing Methods:

Myperfectpack employs a comprehensive array of testing methods to scrutinize every aspect of their standup pouches. These methods include:

  1. Material Strength Testing: The tensile strength, tear resistance, and puncture resistance of the pouch material are assessed to ensure that it can withstand the stresses of transportation, handling, and storage.

  2. Seal Integrity Testing: Proper sealing is essential to prevent leakage and contamination. Heat seal strength and integrity are tested to verify that the pouches maintain their barrier properties.

  3. Barrier Properties Testing: To maintain product freshness and extend shelf life, the barrier properties of the pouches are examined. This involves assessing their resistance to moisture, oxygen, light, and other potential contaminants.

  4. Print Quality Inspection: The visual appeal of the packaging is vital for consumer perception. Print quality, color accuracy, and overall aesthetics are evaluated to ensure that the packaging meets branding and marketing standards.

  5. Drop and Impact Resistance Testing: Simulating real-world scenarios, pouches are subjected to controlled drops and impacts to assess their ability to withstand accidental mishandling.

  6. Environmental Stress Testing: Pouches are exposed to varying environmental conditions, including temperature and humidity changes, to determine their durability under different circumstances.

  7. Migration Testing: Compliance with FDA, FSA, and FSSAI guidelines is crucial. Migration testing ensures that no harmful substances from the packaging materials leach into the enclosed product.

Results and Compliance:

Myperfectpack's commitment to quality is reflected in the positive outcomes of their quality testing procedures. Their standup pouches consistently meet and exceed industry benchmarks, ensuring that customers receive packaging that safeguards their products effectively. By adhering to the guidelines set forth by regulatory bodies, Myperfectpack ensures that their packaging solutions are safe for use with consumable goods.

Global Reach and Quality Assurance:

With a presence in over 200 countries, Myperfectpack's commitment to quality extends across borders. Their dedication to aligning with FSA, FDA, and FSSAI guidelines demonstrates a global perspective on safety and standards. Whether it's a food item, pharmaceutical product, or personal care item, customers can trust Myperfectpack's standup pouches to maintain the integrity of the contents.

In conclusion, the quality testing methods employed by Myperfectpack exemplify the company's dedication to delivering top-tier standup pouches. By subjecting their packaging solutions to rigorous tests and adhering to stringent regulatory guidelines, Myperfectpack ensures that their products not only meet but also exceed customer expectations. In a world where packaging plays a vital role in product quality and safety, Myperfectpack stands as a beacon of excellence in the packaging industry.




Quality Guidelines / Test Parameter

Protocol

Test Specification

Myperfectpack Pouch Value ( as per IS 10146:1982) for Polyethylene for its safe use in conduct with Food Stuff, Pharma and drinking water

BPA Free Test

S-4002

Nil

​Nil

Overall Migration Using Simulant D ( n-heptane) @ 38 Degree C for 30 Minutes

IS 9845 :1998

​Not More than 10

<1​


Color Migration using simulant D ( n-heptane, 38 Degree C, 30 Minites)

IS 9845 :1998

-

No Color Migration Observed

Specific migration limits of substance from plastic material intended to be in contact with articles of food ( in the n-Heptane simulant)

Barium ( Ba)

Not More than 1.0

Less than 0.1

Cobalt (Co)

Not More than 0.05

​Less than 0.1

Copper ( Cu)

Not More than 5.0

Less than 0.1

Iron ( Fe)

Instrument UsedICP-OES

Not More than 48.0

Less than 0.1Less than 0.1

​Lithium ( Li)

​Not More than 0.6

Less than 0.1

​Manganese (Mn)

Not More than 0.6

Less than 0.1

​Zinc (Zn)

​Not Morethan 25

Less than 0.1

Antimony (Sb)

-

Less than 0.1


The sample confirms to the specification for the polyethylene for its safe use in contact with food stuff, pharmaceuticals and drinking water as per IS 10146:1982 & to the specific migration limits per the food safety and standard (packaging)


Other Parameter :

Oxygen Transfer Rate (OTR) - measured at a standard temperature of 73°F (23°C), and 0% relative humidity (RH). In reference of Relative Oxygen Barrier Capability

· Value : ~1-10 (cc/m2/24hrs) & ~ 0.06-0.65 (cc/100 in2/24hr)

· Result: 2(cc/m2/24hrs). & 0.08 (cc/100 in2/24hr)


Moisture (Water) Vapor Transmission Rate (MVTR/WVTR) - WVTR values expressed as g/m2 and g/100in2 at 38°C and 98% relative humidity (per ASTM F1249)

· Value for LDPE (low-density polyethene) 1.0 - 1.5 (g/100 in2/24 hr) & 16 – 23 ((g/m2/24 hr))

· Result : 1.2(g/100 in2/24 hr) & 17(g/m2/24 hr


The following tests can be executed as per customer requirements with additional cost :

· Bond Strength (PET, Poly)

· Seam Strength

· Flex Crack Resistance (FCR)

· The Coefficient of Friction (CoF)

· Seal Strength

· Drop Test

· Vibration Test

· Scuff Proofness

· Leakage Test

Note : all tests are executed as recommended labs / certified labs by government of India as per requirement of customer . If you need to execute specific test, request you to contact Myperfectpack Executive


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