GAF EverGuard • Fleece-Back TPO — 60/80/115/135 mil
EverGuard® TPO Fleece-Back
Fleece-backed TPO for fully-adhered systems and recover applications
Warranty
Up to 30-Year NDL
Wind
Up to 120 mph
Impact
Class A Fire
Algae
Energy Star reflective white
About the EverGuard TPO Fleece-Back
EverGuard® TPO Fleece-Back combines the industry-standard EverGuard TPO membrane with a factory-laminated non-woven fleece backing for use in fully-adhered systems, especially over existing substrates, gypsum, wood, or concrete decks.
Key Features
60, 80, 115, and 135 mil fleece-backed options
Excellent for recover projects — no full tear-off required
Higher puncture and hail resistance than smooth TPO
Compatible with GAF LRF adhesive and OlyBond adhesives
Available Colors
3 options
Selected color
White
EverGuard TPO Fleece-Back: The ADC Roofing Deep Dive
EverGuard® TPO Fleece-Back takes the proven performance of GAF's EverGuard TPO membrane and enhances it with a factory-laminated non-woven fleece backing. This innovative design significantly expands the versatility and application range of the TPO system, making it particularly valuable for specific commercial roofing scenarios. The fleece backing allows for fully adhered applications, providing a robust and integrated bond to various substrates, including existing roof systems, gypsum, wood, or concrete decks.
One of the primary benefits of the EverGuard® TPO Fleece-Back membrane is its suitability for recover projects. In many cases, it eliminates the need for a full tear-off of the existing roof, which can be a time-consuming and costly process, often disrupting building operations. By adhering the fleece-backed TPO directly over a prepared existing roof, property owners can achieve a high-performance new roof system with reduced labor, waste disposal costs, and project timelines. This approach is highly efficient for properties looking to upgrade their roofing without extensive business interruption.
The addition of the fleece backing also contributes to enhanced physical performance. The fleece layer provides an extra dimension of protection, increasing the membrane's puncture resistance compared to smooth TPO. This is a critical advantage for roofs that experience higher foot traffic from maintenance personnel or carry rooftop mechanical equipment, as it reduces the risk of accidental damage. Furthermore, the thicker profile achieved by combining the TPO membrane with the fleece backing can offer improved hail resistance, an important consideration in regions prone to severe weather.
EverGuard® TPO Fleece-Back is compatible with a range of adhesives, including GAF LRF adhesive and OlyBond adhesives, allowing for flexible installation strategies. With options ranging from 60 to 135 mil in total thickness, this product provides an even more durable and resilient roofing solution that maintains the excellent UV resistance, reflectivity, and hot-air weldability of standard EverGuard TPO. ADC Roofing recognizes the strategic importance of fleece-backed TPO for its recover capabilities and enhanced performance, particularly where maximizing existing investment and minimizing disruption are key project drivers.
Why EverGuard TPO Fleece-Back Fits DFW Roofs
EverGuard® TPO Fleece-Back is ideal for DFW recover projects, enabling a new roof without the significant costs and disruption of a full tear-off, especially useful for commercial properties needing minimal operational impact. Its enhanced puncture and hail resistance are critical benefits against DFW's frequent storm activity.
How ADC Installs EverGuard TPO Fleece-Back
ADC Roofing installs EverGuard® TPO Fleece-Back systems with precise adhesive application, ensuring full and consistent bonding to the substrate. Our certified crews are experts in recover installations, adhering strictly to GAF specifications to maximize the system's enhanced hail and puncture resistance and warranty coverage.
Q.What are the main advantages of using EverGuard® TPO Fleece-Back for a DFW commercial building?
Its fleece backing allows for fully adhered applications over existing roofs, often avoiding costly and disruptive tear-offs. This is highly beneficial for DFW businesses needing efficient re-roofing solutions with minimal interruption.
Q.How does the fleece-back TPO increase resistance to DFW's hail season?
The added fleece layer beneath the TPO membrane provides superior cushioning, significantly enhancing the overall system's impact resistance against hail compared to smooth TPO. This is a direct benefit for properties in DFW's hail-prone areas.
Q.Can EverGuard® TPO Fleece-Back truly save money on a DFW re-roofing project?
Yes, by allowing for a recover installation (installing over current roof), it dramatically reduces labor costs, eliminates landfill fees for old material, and minimizes business downtime, leading to substantial overall savings for DFW property owners.
Q.Is HOA approval typically required for commercial TPO roofs in DFW?
For commercial properties, HOA approval for TPO is less common than for residential. However, any significant changes to roof color or reflective properties should be reviewed against local zoning and any specific commercial covenants.
Q.What is the expected lifespan of EverGuard® TPO Fleece-Back in the DFW climate?
With ADC's certified installation and GAF's Diamond Pledge™ NDL warranty up to 30 years, EverGuard® TPO Fleece-Back is designed for long-term performance. Its enhanced durability helps it withstand DFW's extreme heat and severe weather for decades.
About GAF EverGuard
GAF EverGuard is a leading manufacturer of tpo roofing membrane roofing products. ADC Roofing is a certified GAF EverGuard installer serving the entire Dallas–Fort Worth Metroplex, with in-house crews trained on GAF EverGuard's installation specifications and warranty requirements.
We stock EverGuard TPO Fleece-Back samples in our Southlake showroom and can deliver full-size color chips to your home. Every GAF EverGuard installation from ADC includes manufacturer-certified underlayment, ridge ventilation, and starter strip — a complete factory-spec system.