Samsung Electronics, a known brand in the tech industry, is developing a reusable packaging box. This is likely a move to reduce the waste generated from packaging during the sale of electronics products.

The South Korean tech giant applied for a patent under the title ‘reusable packaging box,’ which features a packaging that combines an inner cushion and an outer protective layer. Generally, a large electronic product like a refrigerator ais shipped in a large cardboard box with styrofoam on the inside to act as shock absorbing material. However, once the product is installed, it is unlikely that it is kept for future use and is typically disposed of immediately.

This creates additional waste and has been known to pollute the environment in the long run, especially styrofoam since its a non-biodegradable material. To tackle this, the new reusable packaging box has been designed with a focus of being used multiple times rather than simply disposing it after one use. Furthermore, the integrated cushion material and outer cover simplify the packaging process while also reduces the number of waste products.

Samsung has been influenced by many factors, one of which includes an upcoming Government regulation on waste in its home country, South Korea. Environmental protection and reduction in pollution caused by large corporations, especially within the electronics industry, has been a big debate for decades. If implemented, the new reusable packaging box could reduce disposable products and reduce its impact on the environment.

Samsung

Notably, the development of the reusable packaging box from Samsung will have a great impact in terms of cost and environmental protection. This is due to packaging waste being a major polluting concern and the company has a big role since it is one of the biggest sellers in the industry. The new method of packaging is also a part of Samsung’s cyclical economy based around sourcing its supplies for its products from used and recyclable materials to fully optimize and reduce wastage during assembly.

 

(Via)