Curran Roofing has been your Siouxland leader in Roofing for over 30 years. We have been helping Business and Home owners stop leaks with our advanced Spray Foam technology. Our company is located in Elk Point, SD which is in the southeastern tip of South Dakota only 15 miles north of Sioux City, IA. We handle commercial, industrial, flat residential, interior insulation, and new home spray foam insulation. Curran Roofing uses Spray Polyurethane Foam systems to complete the job of sealing your roof and also insulating your building as well.
The company offers a quality energy saving roofing system that consists of spray polyurethane foam insulation and acrylic elastomeric coatings. This system for commercial, industrial and flat residential roofs will save money, save the environment, and eliminate seams and ponding water. This system is a durable system and requires minimal maintenance. Curran Roofing also offers interior closed cell spray polyurethane foam insulation. This insulation stops air and moisture intrusion, cuts energy bills and strengthens the structure.
Curran Roofing also has the ability to insulate your homes or commercial buildings. With the cost of building materials increasing, and the demand for the most energy efficient home building, spray polyurethane foam has come out on top as the best multifunctional insulation product available. Spray foam also eliminates air leaks which can contribute to problems with moisture, noise, dust, pollutants, insects and rodents. Air leaks can account for 30% of the homes annual heating and cooling costs, which is why spray foam seals the building to create an optimal energy-efficient environment.
Curran Roofing offers a roofing system that seals up the entire roof of all leaks. The product is a spray polyurethane roofing foam that seals, insulates and protects your roof. Curran Roofing also guarantees the highest standards in the quality of our work performance. Below is a dipiction of what our roofing product provides to our customers compared to other roofing material.