Polystyrene Cladding, Changing the Built Environment

The evolution of polystyrene began in 1839 when a German named Eduard Simon discovered polystyrene. However, it wasn't until 1919 that Hermann Staudinger realised that the polystyrene composition is made up of long chains of styrene molecules called polymer.

Today, polystyrene is one of the game changers in the built environment. It has become one of the most cost-effective and versatile materials used in different applications, such as polystyrene cladding in building and construction, protective packaging, signage and displays. It is also one of the most common kinds of plastic known in history.

Properties of Polystyrene and Why It's the Material of Choice for Cladding Applications

Lightweight
Expanded polystyrene (EPS) is comprised of 98% air, making it an extremely lightweight polystyrene cladding material. It has no relative added weight which reduces transportation costs by saving energy on transport fuel and minimises vehicle emission. On-site handling is relatively easy and installation time is reduced.

Durability
Polystyrene is a thermoplastic substance that melts when heated and turns into a solid when it cools off. The closed cellular matrix of expanded polystyrene accounts for its exceptional durability and dimensional stability, two factors that are essential in polystyrene cladding and protective packaging application. Also, EPS contains no toxic substances that can cause offensive odours.