Blog

You can’t think about a Texas summer without thinking about extreme heat. Across the Lone Star State, temperatures are ranging from the mid-80s to more than 100 degrees Fahrenheit. While some have the luxury of being able to wait out these soaring temperatures in a cool, insulated building (or maybe even a swimming pool), general contractors and construction crews have project deadlines to meet. The extreme conditions they are facing not only pose challenges to completing projects on time, but can also pose a risk for heat-related illnesses. Polygon is working with general contractors in Texas and across the US to make construction sites safer and create ambient conditions that prevent delays and protect finishes.

The cost-effective nature and versatility of drywall make it one of the most commonly used construction materials in the world. The gypsum used in the material also makes it fire-resistant. Drywall also comes with its challenges. It’s not particularly resistant to impact, so holes, cracks, and blemishes can easily appear. Protective coatings work well to protect the surface, but if the drywall isn’t installed properly, the coating can make it very difficult to repair tapes and joints that fail due to improper installation.

Polygon has been named to Construction Tech Review Magazine's Top 10 HVAC Consulting/Service Companies. The publication's editorial board compiles this list of noteworthy companies that "solve challenges by implementing current technological trends in the space."

Moisture can be a significant issue on construction sites, especially for interior drywall. In many cases, builders have controlled the problem using dehumidifiers. Without dealing with setbacks caused by moisture, you can stay on schedule and ensure that your project remains on-budget, on-schedule and profitable.

High humidity levels can increase the dry times for drywall, paint, plaster, fireproofing compounds, adhesives, masonry, cement, and other key building materials. Cost overruns are a builder’s nightmare. Is there a better, more efficient way of increasing dry times without using traditional heaters, fans, or outdoor air?