3 Ways the Construction Industry Uses Plastics and Rubber for Buildings

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Does your building bounce? Plastic and rubber have become important components in building construction. Architects appreciate how they help to create no-maintenance structures that look good year after year. Here are three ways the construction industry uses rubber and plastic to make better buildings.

Sound Insulation

In general, modern buildings are lighter in weight than structures in past decades. This change means that designers and architects no longer use thick walls to provide sound insulation. Instead, in a modern building, a layer of rubber or foamed plastic is added between a gap left in a concrete floor and the timber raft underneath. These materials provide surprisingly effective sound control. Rubber and plastic are the new stars in construction methods that favor complex, lightweight systems over simple yet heavy ones.

Anti-Vibration Protection

Humans make a lot of noise. This noise causes vibrations, and in some buildings, this shaking could damage sensitive equipment inside. Architects have found that rubber comes to the rescue. Rubber springs are lightweight and more effective over a wider range of frequency-caused trembling.

Rubber mounts also are useful in separating individual pieces of equipment, such as air conditioners and refrigeration units, from the main structure to reduce tremors. These mounts are not just purchased at the local hardware store. Designers need advanced plastic and rubber products Louisville KY to achieve the desired effects.


Advances in plastics create new possibilities for architects to raise the roof. Polycarbonate sheeting reduces energy usage by diffusing daylight for interior use and insulating efficiently. Furthermore, polycarbonate can be easily shaped into attractive forms that are lightweight yet resist breakage. Polycarbonate also can be sealed easily to reduce draughts.

Plastic and Rubber, Unbound

The new darlings of the construction industry may be surprising. Plastic and rubber offer many practical advantages for modern structures. As building codes demand lighter weights, architects are finding new uses for advanced plastic and rubber materials. Superman may be able to leap tall buildings, but should he accidentally tumble, today’s rubber and plastic buildings offer soft landing spots.