How Manufacturers Test Custom Packaging Boxes Quality

Packaging is an essential element that gives an item its identity. Since some agencies pride themselves on their clerical staff, it is critical to determine which packaging supplier is the ideal profile. However, when it comes to this, the quality of the packaging becomes an issue. Poor product packaging, like poorly built custom packaging boxes, directly affects the nature of the product and how buyers perceive it.

Specific tests should be able to determine the resistance of the package. When a company orders a box from a supplier, the express purpose of these tests is to simulate the mileage of a custom box in transit and determine whether your shipment is safe in the box.

There has been a recent trend to opt for custom packaging because it is stylish and attractive, but the appearance of a product is not the only factor determining its sturdiness. Even a box that looks small can be substantial. It depends on the materials used and whether they are assembled correctly. Here are five basic tests companies and product manufacturers should perform to ensure the quality and strength of their custom boxes.

Water Absorption Test

The pit size test is one of the most common ways to test the effect of water on container shape. It tries to determine whether cardboard or corrugated cardboard will absorb water. These materials have a porous structure that quickly absorbs moisture. After holding, pressure is applied to allow the water to drain, leaving the container mutilated. Cardboard boxes are incredibly safe for water, as water splashes from custom-made boxes are negligible unless the value is high.

Murren Burst Test

The Murren test determines how much force a custom box can withstand before it explodes. This test is essential because the most common way to transport these containers is to stack them on a truck, which makes them more sensitive and space-efficient. This custom box was subjected to absolute force and tested to see if it would break.

This test doesn’t reasonably determine how much weight the case can hold if it’s been dropped more than once. During shipping, the custom box may be thrown or shaken by heavy objects, which may cause the custom box to twist or crack. To avoid this, custom bottle neckers should have clear load limits, which can cause the box to break if not handled properly.

Water Resistance Test of Adhesives

Custom boxes made of corrugated cardboard and auxiliary materials are exposed to many temperature changes. In addition, their moisture content is constantly affected by climate change. In harsh weather conditions, checking the moisture content, maintenance, and water retention of the carton and corrugated layers is essential.

Different parts of the custom carton are glued together and subjected to a bond test to check for moisture. It involved soaking the cardboard in a pool of water and observing the limit at which the cardboard could absorb the water without becoming unstable. The water-holding capacity of corrugated cardboard is impressive. Still, it is the pulp joint when the pulp is released that determines whether a tailored box will maintain its strength in different weather conditions.

Edge Damage Test

As the name suggests, the edge damage test tests the bulk strength of custom boxes. This data allows manufacturers to determine whether the package can withstand high stress and external deformation. Edges and walls do their part to ensure the custom box is upright and has enough dynamism to withstand heavy loads.

The triple wall shell has vertical and horizontal design lines between two non-curved panels. It improves the protection of the enclosure against external influences. Additionally, companies can perform edge weight testing to determine the strength of the section.

This method is often used to determine the strength of folding boxes. In this test, a force can be applied to the other side of the box, causing it to collapse or crush. The results can be estimated and displayed as ECT grades to accurately reflect the case’s circumstances. For example, a one-piece ridge panel with an ECT base value of 32 can support about 64 pounds.

Hole Thickness Test

This test is designed to determine the range of loads that a rigid enclosure can withstand. It is carried out before shipment to determine how much force the container can withstand before bursting. This test is often used to determine the uniformity and strength of triangular or pyramidal enclosures. Sharp edges increase the likelihood of box cracking and penetration. As mentioned in the ISO standard, the shear strength test tests the strength and toughness of a custom-made box.

If you have a dream about your image or want to know how to communicate it to buyers, our team of visual artists is here to help. With a range of guides and foundations, we have the materials to turn your vision into a beautiful design project. We make it easy for you to convey your image and design work in a fresh and innovative style. It can be achieved not only through illustrations and packaging planning but also through packaging materials, which can be eco-friendly and natural, rural and wild, rich and contemporary, or modern and luxurious. Any impression can be brought to life by a packaging company.