- (435) 633-4792
- 10450 S Prosperity Rd,, South Jordan, UT 84095
Commercial flat roofs along the Wasatch Front face brutal environmental stress. At an elevation of 4,400 feet, South Jordan buildings endure relentless UV degradation that bakes single-ply membranes until they crack, while winter freeze-thaw cycles turn minor seam separations into active leaks. If your TPO, EPDM, or metal roof is approaching the 10- to 15-year mark, you do not necessarily need a costly, disruptive tear-off. A professional flat roof restoration using a high-solids silicone roof coating can seal your entire deck, creating a seamless, monolithic barrier that stops leaks in their tracks.
South Jordan sits at roughly 4,400 feet elevation, exposing commercial buildings to intense UV degradation and extreme thermal cycling. Applying an elastomeric coating or a high-solids silicone roof coating forms a seamless, reflective membrane directly over your existing substrate. This shield blocks solar radiation, lowering roof surface temperatures by up to 50 degrees and reducing the load on your building’s HVAC systems.
Instead of paying for a disruptive tear-off, this process acts as a complete flat roof restoration at a fraction of the cost. Our experienced technicians focus heavily on meticulous substrate preparation and seam reinforcement before applying the liquid membrane. This ensures the system meets the exact dry mil thickness required to deliver reliable ponding water resistance, preventing leaks from taking hold during Utah’s heavy spring snowmelts.
COOL ROOF EFFICIENCY — High solar reflectance index ratings bounce heat away, cutting summer cooling bills by up to thirty percent.
PONDING WATER RESISTANCE — High-solids silicone formulations withstand standing water without softening, blistering, or losing adhesion.
PREVENT DEGRADATION — Elastomeric barriers protect underlying TPO or EPDM membranes from intense high-altitude UV degradation.
REDUCED DISRUPTION — Liquid application cures quickly without the noise, heavy debris, or chemical odors of a full tear-off.
RENEWABLE LIFESPAN — Establishing a regular coating recoat cycle allows you to extend your roof's service life indefinitely.
Not always, but it is an outstanding alternative if your underlying insulation is dry and the structure is sound. Flat roof restoration works by applying a high-solids silicone roof coating over your existing membrane, which seals leaks and blocks UV degradation without the massive cost of a tear-off. However, if your roof has widespread wet insulation or structural sagging, a coating will trap moisture and fail. We always conduct a thorough physical inspection and moisture scan first. If you want to see how this fits into our broader capabilities, you can browse our services to compare restoration with full replacement options.
A professionally applied silicone roof coating typically lasts 10 to 20 years, depending on the dry mil thickness specified in your contract. In South Jordan, our high elevation of roughly 4,400 feet means intense UV exposure and rapid thermal cycling. Silicone excels here because it resists UV degradation far better than acrylic options and maintains excellent ponding water resistance during winter snowmelts. Once the initial coating reaches the end of its lifecycle, we can clean the surface and apply a new layer, starting a new coating recoat cycle without needing a tear-off.
Yes, commercial roof restoration projects in South Jordan and surrounding Salt Lake County often require a building permit if they alter the fire classification of the roof assembly. As a licensed contractor with the Utah Division of Occupational and Professional Licensing, we handle the entire permitting process for you. We ensure the reflective membrane meets local energy codes and that the application complies with municipal structural guidelines, preventing any costly compliance issues down the road.
The primary differences lie in water resistance and chemistry. An acrylic coating is water-based, making it highly cost-effective and easy to apply in dry, warm weather. However, acrylics can re-emulsify if subjected to standing water. A silicone roof coating is solvent-based and impervious to ponding water, making it the superior choice for flat commercial roofs along the Wasatch Front where heavy winter snow sits and melts. Silicone also offers superior solar reflectance index ratings and thermal emittance, which translates to lower summer cooling bills for your facility.
Don’t wait until ponding water or intense Wasatch Front UV degradation turns a minor seam separation into an expensive interior flood. Our flat roof restoration systems are designed to seal leaks, lower cooling costs, and bypass the massive disruption of a full tear-off.
Reach out to our crew today to schedule a detailed roof condition assessment. We will walk your deck, measure the existing membrane, and specify the exact mil thickness your building needs to stay dry for the next ten to twenty years.
Applying a commercial roof coating along the Wasatch Front requires a deep understanding of our unique high-elevation climate. At Titan Roofing Group, we do not believe in the rushed, single-coat applications favored by out-of-state national chains. Our crew holds a current Utah Division of Occupational and Professional Licensing (DOPL) roofing contractor license, ensuring every commercial project meets strict local building codes. We treat substrate preparation as the most critical phase of the job, pressure washing away Salt Lake County dust and reinforcing every seam before a single gallon of silicone or acrylic is applied.
South Jordan sits at an elevation of roughly 4,400 feet, exposing commercial buildings to extreme UV degradation and intense thermal cycling. Over time, this constant solar radiation bakes TPO, EPDM, and metal membranes, causing them to crack, shrink, and lose their flexibility. Applying a high-performance reflective membrane with high solar reflectance index and excellent thermal emittance acts as a shield, bouncing heat away from your facility. This cool roof upgrade significantly lowers cooling costs while preventing the substrate from degrading prematurely under the harsh Utah sun.
