Polystyrene has long been one of packaging’s mainstays. For decades we have been squeaking out products tightly packed in boxes with chunky blocks of polystyrene on the corners. We have also been chasing around polystyrene packing peanuts around the living room on delivery days for quite some time too. But polystyrene isn’t the only protective materials. 
Corrugated cardboard is being used more. Much like its snowy plastic adversary, cardboard offers protection. But there are vast differences in performance, cost, and sustainability. Mindful businesses have to think about the impact the packaging will have on their customers, their service, and their environment. So, which of the two options emerges as the better option. 

Strength and Protection 

Polystyrene is lightweight and provides excellent cushioning. There are obvious reasons why it has been used to cradle fragile goods over the years. However, there is a distinct lack of structural integrity. 
 
Conversely, corrugated cardboard delivers both cushioning and an incomparable rigidity thanks to its fluted inner layer. It helps to absorb impact and allows products to be stacked safely avoiding crushing and cracking. This is something that polystyrene hasn’t being able to achiece on its own. 
Polystyrene and Cardboard

Weight and Efficiency 

Neither material weighs a metric tonne. They are lightweight materials that don’t add stress to the packaging or the courier. However, corrugated cardboard offers a superior strength-to-weight ratio. 
 
A single-wall corrugated box carries and protects heavy loads whilst remaining easy to handle, store, and transport. Polystyrene typically needs to collaborate with additional packaging to provide even a semblance of the same protection. 

Cost-Effectiveness 

Whilst polystyrene might be cheaper to produce in raw form, it incurs hidden costs. Polystyrene is much bulkier to ship before use and is inefficient in storage. Moreover, polystyrene needs to be moulded into a specific shape, meaning there is a lot of wastage. 
 
Corrugated cardboard is inexpensive to produce at scale and can be flat packed until needed. It is also customisable to exact dimensions which reduces waste, space, and shipping costs. 
Recycle Various Materials

Environmental Impact 

The difference between the two materials, here, becomes decisive. Polystyrene has been made from petroleum. Because of this, it is difficult to recycle and takes centuries to break down. Every year, 13.2 million tons of polystyrene ends up in landfill or as harmful microplastics in the environment. 
 
On the other hand, corrugated cardboard is created using renewable resources. It is widely recyclable, biodegradable, and is often produced with a high percentage of recycled fibre. For companies under pressure to demonstrate sustainability the choice is a clear no-brainer. 

Branding and Consumer Experience 

Businesses will often die on their branding’s hill. Polystyrene might be functional, but it is wholly unattractive. It creates a mess when broken and is frustrating for recycling conscious customers who struggle to dispose of it responsibly. 
 
Conversely, corrugated cardboard is easy to print on. This makes for ideal branding and product information. For customers looking to make a positive impact on the environment, they can receive bespoke packaging. It aligns with consumer expectations for neat, recyclable packaging. 

So, does cardboard beat polystyrene? 

Polystyrene had its time as a cheap, lightweight solution, but its environmental cost and limited functionality make it increasingly unsustainable. Corrugated cardboard delivers equal or superior protection, better efficiency, lower total costs, and a clear sustainability advantage. For businesses looking to balance practicality with responsibility, corrugated cardboard is not just the better choice — it is the future of packaging. 
To discuss how Goggleboxes can be kerbside recycled conveniently by your customers contact us today on 01536 747766 or email sales@goggleboxes.com with your enquiry. 
Tagged as: Blog, Cardboard, Polystyrene
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