Where do corrugated cardboard boxes get it’s strength?

October 17, 2017 9:45 am Published by

corrugated cardboard

 

Have you ever wondered what makes cardboard boxes stronger, as it’s just many sheets of paper stuck together right?

Well, actually the term ‘corrugated’ means to bend into folds or alterative ridges.

If you look closely at a piece of corrugated cardboard you’ll see a wavy texture in between. This creates the strength and rigidness that prevents the cardboard from folding on itself like paper would.

Cardboard boxes have been around for a very long time, as early as 1817, when the first commercial box was invented from paperboard in England. But it wasn’t until the 1890s that a cardboard box with layers of corrugated cardboard was first developed and used for shipping. A decade later, these corrugated boxes were starting to replace the traditional wooden crates and boxes.

 

Here’s a quick experiment you can try

 

  • Take sheet of paper and fold it into a fan
  • Stick the fan between two sheets of paper

 

Time to test!

 

Test the model-corrugated paper by placing a small item on top and see how it can hold weight, compared to a normal sheet of paper

Of course, the paper version will not be as strong as cardboard packages we use today but it gives you a good idea of how the formation of paper can create strength to withhold items, just like cardboard boxes.

 

The factors that determine the strength of the corrugated cardboard boxes, generally are:

 

  • Weight of the sheets that sit on top and underneath the folds
  • Width of the corrugated folds
  • Strength of the adhesive used to hold the pieces together

 

Cardboard now plays an important role in our lives as more and more people are turning to online retailers to do their shopping from buying groceries to ordering Christmas gifts. As a nation, we receive more packages than ever before!

It’s safe to say, cardboard boxes will always be one the most popular choices for packaging,  due to its durability, lightweight, and recyclable properties.

 

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