Fiberglass reinforced plastic (FRP) grating paired with pedestals has become a popular choice for architects, engineers, and DIYers when it comes to transforming spaces. FRP gratings’ lightweight, durable, and corrosion-resistant properties make them ideal for a wide range of applications, and the pedestals allow for reduced preparation time, are adaptable, and allow for drainage. This article will highlight four state-of-the-art projects where FRP grating used with pedestals has played a pivotal role. From grand hotels with stunning water fountains to industrial facilities requiring reliable flooring solutions, these projects demonstrate the versatility and effectiveness of FRP materials in enhancing the functionality and aesthetics of various spaces. Discover the innovative applications and success stories that showcase the power of FRP in transforming environments. 

As the medical industry quickly changes, the need to keep up with current technology becomes ever-present. A university in California recently accepted this challenge when renovating one of their medical research facilities, originally built in 1952.

The Importance of Plant Safety

Although the number of workers’ compensation claims has decreased over the past fifteen years, the total cost of medical payments to workers has significantly increased (Oregon Department of Consumer and Business Services). In fact, the total price of workplace injuries and illnesses cost the nation around $250 billion each year (FSM). In order to keep workers safe and protect the company from lawsuits, it is imperative to create a safe workplace.

In addition to staggering costs, a safe workplace typically increases productivity and boosts employee morale (FSM). Preventative care is the best solution for both the company and the employees.

Innovative uses for fiberglass reinforced plastics sometimes present themselves unexpectedly which was the case with our new Electrically Non-Conductive Fencing product.

As communities grow, the need for larger substations increases.  Traditionally, growing substations would require expanding the fenced-in area. Purchasing more land can be costly, and the availability can be limited. Also, grounding the fence is required for traditional materials which can be very expensive.  Because of these high costs and limitations, substation owners have started searching for an alternative way to fence substations.