Everything About Jumbo Bag Testing Every Manufacturer Should Know

Everything About Jumbo Bag Testing Every Manufacturer Should Know

A variety of industries, including construction, storage, and logistics, employ a good quality FIBC jumbo bag as a flexible and affordable packing solution. Flexible Intermediate Bulk Containers, also known as FIBC bags, are frequently used to transport and store bulk goods like grains, cement, and chemicals because they are sturdy, long-lasting, and can resist heavy loads. Because the performance and safety of large bulk bags are so crucial, it’s important that manufacturers understand the significance of jumbo bag testing. The FIBC bulk bags are put through a series of tests called “jumbo bag testing” to make sure they meet the necessary performance and safety standards. These tests can assist in locating any potential flaws in the FIBC bags and in ensuring that the bags are appropriate for the intended use.

The purpose of this article is to give manufacturers useful information on jumbo bag testing, its importance, packaging tests, global standards, quality control, and environmental factors 

 

What exactly is Jumbo Bag Testing?

A thorough assessment of a jumbo bag’s performance and safety is done through testing. To make sure the bags can resist the harsh situations of shipping and storage, these packaging tests are essential. Jumbo bags manufacturers in India can ensure that their jumbo bags comply with specifications and provide dependable performance in a variety of applications by undergoing thorough testing.

Depending on how the bags are to be used, other tests may be carried out, however some of the most frequent ones are as follows:

  • Tensile strength test

The force that the bag can withstand before breaking is determined by this test. It guarantees that the fabric, other materials, and stitching of the bag are robust enough to withstand the weight and strain of the materials being transported.

  • Cyclic Top lift test

The weight that the bag can securely support when it is hoisted from the top is determined by this test. It checks that the bag can safely contain the cargo while being lifted, avoiding any potential mishaps or material spills.

  • Compression Test

This test determines how much weight the bag can securely support when it is crushed or stacked.

  • UV protection test

This test evaluates the bag’s resistance to ultraviolet (UV) radiation exposure. This test measures the post-solar damage brought on by exposure to the sun’s rays as well as structural integrity. Bags typically have a 300-hour lifespan and are made to retain 70% of their initial load-bearing capacity. cycle of the test.

  • Chemical resistance test

This test evaluates the bag’s resistance to chemical exposure. It guarantees that the bag can handle dangerous materials without endangering its structural integrity or harming the environment.

  • Stacking Test

The FIBC is placed on a flat surface and filled to its SWL limit. To simulate two bags being placed on top of the bag being tested, pressure is applied to the top of the bag. For the bulk bag to expire, 24 hours must pass.

  • Drop Test

Material is evenly poured into the FIBC to the SWL capacity. The bulk bag is dropped from a set height in accordance with the Packing Group’s testing standards. At each bag height, the bulk bag cannot rupture or let product escape.

  • Topple Test

The FIBC is positioned on a platform that is fully filled with SWL. From a particular height, the platform is raised and made to tumble over. According to the packing group, the height varies. No leaks or rips can occur in the bulk bag.

  • Righting Test

The FIBC is filled to the SWL maximum allowed and tipped over. The bulk bag is then correctly positioned using just two lift loops. Once uprighted, the bag and loops shouldn’t exhibit any signs of damage.

  • Tear Test

The FIBC is cut after being filled to its maximum SWL capacity. At a 45-degree angle, the cut must be at least 100 mm long. When a load twice the SWL is applied for five minutes, the tear cannot enlarge more than 25% of its original size.

  • Vibration Test

A platform is used to hold the FIBC. The vibration is adjusted to a frequency that, for 60 minutes, causes the bag to rise from the platform. During that time, the bag cannot break or leak.

 

Factors to consider apart from testing

Apart from testing which is extremely important, a good jumbo bag company must also consider below factors

  • Quality Assurance

To ensure that the jumbo bag makers are manufacturing FIBC bags of acceptable quality, producers must execute a comprehensive quality assurance programme in addition to testing. Regular audits, inspections, and testing assist find any potential flaws or quality standards deviations, guaranteeing that only top-notch jumbo bags are sold.

  • Environmental factors

The production of giant bags may have an effect on the environment. Manufacturers must integrate sustainability considerations into their production procedures. It is crucial for manufacturers to select every component that is made from the same homopolymer or from Reclaim 30 material, which is recyclable. The adoption of “green” bags that cause the least amount of environmental impact must be encouraged. Manufacturers help to reduce waste and protect the environment by putting an emphasis on recycling and eco-friendly practices. 

 

HPBL’s thorough understanding of jumbo bag testing, quality assurance practices, and environmental responsibility positions us as an industry leader. For businesses seeking reliable and sustainable packaging solutions, HPBL’s commitment to excellence, safety, and environmental stewardship makes us the preferred choice for jumbo bags that perform beyond expectations.

 

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