New associates to lead coastal carolina and Alabama, Mississippi, panhandle Florida territories

Low-slope roofing manufacturer MuleHide has hired two new territory managers. Tyson Britsch will lead the Coastal Carolina territory, which includes Raleigh, Durham, Chapel Hill, Wilmington and Fayetteville in North Carolina and Charleston, Myrtle Beach and Hilton Head Island in South Carolina. Jake Goodin will head the Alabama, Mississippi, panhandle Florida territory.

They are the company’s lead contact with customers in their territories. Their responsibilities include helping ensure that projects are completed efficiently and according to specification, working with contractors and ABC Supply Co. Inc. branch teams to develop the best solutions to meet property owners’ roofing needs and providing ongoing product, technical and sales training for contractors and ABC Supply associates.

Tyson Britsch

Britsch comes to MuleHide from TRUFAST, where he was a technical sales representative serving the Carolinas, Georgia and the Mid-South region.

“Tyson is passionate about delivering exceptional service and helping contractors find the right solution for each project,” said Mid-South Region Director John Pantesco. “He builds strong relationships with contractors, building owners and colleagues and earns high marks for his ability to help identify and fix issues on the roof. We are delighted to welcome him to the team.”

Britsch has a Bachelor of Business Administration degree in sales and service marketing from Bowling Green State University in Bowling Green, Ohio.

Jake Goodin

Goodin has 20 years of outside sales experience, including nine years in the roofing industry. He worked for ABC Supply as the steep-slope business manager for the Southeast region. He started in the roofing industry as a regional sales manager with Mid-States Asphalt, covering Florida and Georgia.

“Jake understands that roofing is a relationship business,” said Matt Bost, regional director for the Southeast. “He has formed lasting partnerships with contractors and ABC Supply associates throughout the territory and region, strengthening existing relationships and establishing new ones. We’re excited to have him build on that success as part of the MuleHide team.” Goodwin has a bachelor’s degree in business administration from the University of Southern Mississippi.

About MuleHide

MuleHide offers premium-quality, high-performance roofing products and systems that meet the current and emerging needs of the design community, contractors and building owners with a strong focus on sustainable solutions. More information is available at mulehide.com and on LinkedIn, Facebook, Instagram and YouTube.

By Jesse Sanchez. 

Building use, existing conditions and moisture assessments all play a role in selecting a low-slope roofing system. 

Choosing a low-slope roofing system requires more than matching products to climate. MuleHide emphasizes that a building’s purpose, operating conditions and existing roof assembly can all influence which system is best suited for long-term performance. Different buildings can have very different needs even when they share the same environment. An office building in a cooler climate, for example, may benefit from a black EPDM roof that absorbs more solar energy, while a hospital with significant internal heat loads may be better suited for a reflective white TPO roof. 

Manufacturing facilities also require attention to building movement because machinery can create vibration that affects the roof system. Restaurants and food processing facilities introduce another consideration: exposure to grease, oils and animal fats, which can damage some membranes over time. 

Existing roofs require additional investigation before contractors determine whether to recover, coat or replace them. A visual inspection can identify conditions such as open seams, ponding water, damaged membrane, deteriorated flashings and wet insulation or substrates. 

Moisture surveys provide a deeper look at roof conditions. Contractors can use core cuts to examine the roof assembly or nonintrusive technologies such as surface meters, infrared cameras, electronic leak detection and nuclear resonance imaging to identify potential moisture. When scans reveal wet areas, core samples can help confirm the findings and determine the extent of saturation. 

Coating projects also require an adhesion test to determine whether the coating is compatible with the substrate and whether underlying conditions could interfere with performance. 

Together, these assessments give contractors the information needed to match a system to the building’s location, purpose and existing conditions while identifying repairs or alterations needed before work begins. 

Learn more about selecting the right low-slope roofing system with MuleHide!

Por Jesse Sanchez, traducido por Alberto Torres. 

Los sistemas de techado multicapa (BUR), las membranas de asfalto modificado, las membranas monocapa y los sistemas de recubrimiento líquido ofrecen ventajas distintas para los proyectos de techos de baja pendiente. 

Comprender cómo funciona cada componente en conjunto es fundamental para seleccionar el sistema adecuado para un techo de baja pendiente.  MuleHide

compara el ensamblaje con un sándwich abierto: la plataforma del techo actúa como el pan, el aislamiento o la cubierta de soporte funciona como el relleno, y la cubierta del techo constituye la capa final. Para esa capa superior, los contratistas y propietarios de edificios pueden elegir entre cuatro opciones principales: sistemas multicapa (BUR), asfalto modificado, membranas monocapa y sistemas de recubrimiento líquido. 

El sistema multicapa o Built-Up Roofing (BUR), la opción más antigua, utiliza capas alternadas de asfalto caliente y refuerzo de fibra de vidrio. Su construcción redundante crea una superficie duradera y de bajo mantenimiento, aunque sistemas más modernos se han vuelto más comunes porque, en general, son más fáciles de instalar. 

El asfalto modificado, conocido comúnmente como mod bit, moderniza el concepto del BUR mediante láminas de asfalto modificado con polímeros. Las membranas de estireno-butadieno-estireno (SBS) mantienen su flexibilidad en condiciones frías, lo que las hace ideales para climas del norte. Las membranas de polipropileno atáctico (APP) ofrecen mayor resistencia al calor, las perforaciones y el tráfico peatonal, por lo que suelen ser una mejor opción para climas del sur. Las láminas de acabado pueden ser autoadheribles o instalarse con soplete. 

Los sistemas monocapa, que incluyen etileno propileno dieno monómero (EPDM), poliolefina termoplástica (TPO) y cloruro de polivinilo (PVC), son actualmente la opción dominante para techos de baja pendiente. Estas membranas ligeras pueden fijarse mecánicamente, adherirse por completo o instalarse con lastre. El EPDM generalmente es de color negro y utiliza juntas selladas con cinta, mientras que las membranas TPO y PVC se unen mediante soldadura por calor y suelen ser blancas. Además, las membranas blancas reflejan la energía solar, lo que ayuda a reducir las temperaturas tanto en la superficie del techo como en el interior del edificio. 

Los recubrimientos líquidos acrílicos y de silicón pueden extender la vida útil de un techo existente que aún se encuentre en buenas condiciones, al tiempo que ayudan a reducir los desechos enviados a los rellenos sanitarios. El silicón ofrece un mejor desempeño en condiciones de agua estancada ocasional y ambientes húmedos, mientras que los recubrimientos acrílicos suelen tener un menor costo y curan más rápido en climas secos. Antes de aplicar cualquier recubrimiento, los contratistas deben evaluar el estado del techo y reparar filtraciones, aislamiento saturado u otros problemas existentes. 

¡Obtén más información sobre los sistemas de techado de baja pendiente de MuleHide y descubre cómo cada opción puede adaptarse a las condiciones específicas de tu proyecto!

His responsibilities include helping ensure that projects are completed efficiently and according to specification.

Low-slope roofing manufacturer MuleHide has hired Garen Rodriguez as territory manager for Chicago.

He is the company’s lead contact with customers in the territory. His responsibilities include helping ensure that projects are completed efficiently and according to specification, working with contractors and ABC Supply Co. Inc. branch teams to develop the best solutions to meet property owners’ roofing needs and providing ongoing product, technical and sales training for contractors and ABC Supply associates.

Rodriguez comes to MuleHide from commercial roofing contractor Waukegan Roofing Co. Inc. in Waukegan, Illinois, where he had been an operations manager focusing on quality control and safety since 2023. Prior to that, he was a field service representative for Carlisle SynTec Systems for six years. His introduction to the roofing industry was as a fire laboratory technician with UL and then as a waterproofing leak technician for International Leak Detection.

“Garen has a wide-ranging background in commercial roofing, from working for a Tier 1 commercial contractor to conducting warranty inspections and even testing roofing products for fire safety,” said Dan Conley, regional director for the Midwest. “We are proud to have him bring that hands-on experience and his exceptional project management skills to the MuleHide team.”

Rodriguez is a veteran of the U.S. Air Force, where he served in the fire department.

He has an associate’s degree from Harper College in Palatine, Illinois.

About MuleHide

MuleHide offers premium-quality, high-performance roofing products and systems that meet the current and emerging needs of the design community, contractors and building owners with a strong focus on sustainable solutions. More information is available at mulehide.com and on LinkedIn, Facebook, Instagram and YouTube.

Por Jesse Sanchez, traducido por Alberto Torres 

Entender cómo trabajan en conjunto la plataforma del techo, el aislamiento, las placas de cubierta y el sistema de impermeabilización es clave para lograr un techo con un desempeño duradero. 

Según MuleHide, el rendimiento de un sistema de techado de baja pendiente depende de varias capas que trabajan juntas para brindar soporte estructural, controlar la transferencia de calor y proteger el edificio contra las condiciones climáticas y otros factores que pueden dañar el techo. Los componentes principales son la plataforma del techo, el aislamiento o la placa de cubierta y el sistema de impermeabilización. 

La plataforma del techo es la base estructural sobre la que se instala todo el sistema. Su función es soportar el peso del techo, el equipo instalado sobre él y el tránsito esperado de personas, además de proporcionar una superficie uniforme para la instalación. El acero es el material más utilizado para las plataformas, seguido por productos de madera como el contrachapado (plywood), tablones y tableros de virutas orientadas (OSB). Otras opciones menos comunes incluyen el concreto estructural, la fibra de madera cementicia, el yeso y el concreto ligero aislante. 

Instalado sobre la plataforma, el aislamiento reduce la transferencia de calor entre el interior del edificio y el ambiente exterior. El poliisocianurato, conocido comúnmente como polyiso, ofrece el mayor valor R y es la opción más utilizada. El poliestireno expandido (EPS), el aislamiento inclinado (tapered insulation) y el relleno de canales (flute filler) también cumplen funciones específicas, como mejorar el drenaje o crear una superficie nivelada sobre paneles metálicos. 

Las placas de cubierta (cover boards) proporcionan una base resistente para fijar el sistema de impermeabilización. En algunos casos son obligatorias cuando el material de cubierta no puede instalarse directamente sobre el aislamiento, aunque también pueden mejorar el desempeño del sistema al funcionar como una capa adicional. Estas placas ayudan a limitar la propagación del fuego, distribuir las fuerzas del viento y proteger el aislamiento contra el granizo, el tránsito peatonal y la compresión. Entre las opciones más comunes se encuentran las placas de fibra, las placas de yeso reforzado con fibra, las placas de yeso con revestimiento de fibra de vidrio y las placas de polyiso de alta densidad. Cada una ofrece distintas combinaciones de resistencia, capacidad de aislamiento, resistencia a la humedad y facilidad de instalación. 

El sistema de impermeabilización es la capa final del ensamblaje y la encargada de proteger el techo de la radiación solar, la lluvia, la nieve, el granizo, los productos químicos, el equipo instalado y las temperaturas extremas. Entre los sistemas disponibles se encuentran los techos multicapa (BUR), las membranas de asfalto modificado, las membranas monocapa y los recubrimientos líquidos. 

¡Conozca más sobre la introducción de MuleHide a los sistemas de techado de baja pendiente y el papel que desempeña cada componente para lograr un techo de alto rendimiento!

By Jesse Sanchez. 

Careful roof evaluation, proper adhesive handling and contractor training are essential to successful fleece back recover projects. 

Fleece back membranes can streamline recover projects, but the existing roof must provide a sound foundation for the new system. In this episode of Roofing Road Trips®, host Karen Edwards spoke with MuleHide’s Tony Vieira about the conditions contractors should evaluate before recommending a fleece back recover. 

Moisture is one of the most important considerations. Wet or water-damaged insulation should be removed and replaced, and extensive damage may make a tear-off the more practical approach. Tony said moisture surveys can help identify affected sections without disturbing the roof. He explained, “Wet damaged or wet areas of insulation can be determined just by a moisture survey. It’s a non-invasive way to see if there’s wet areas in that roof that could potentially need to be removed and replaced.” 

The condition and attachment of the existing membrane also matters because the recover system depends on the roof below it. Loose membranes must be secured, and MuleHide requires an existing system to be fully adhered for a direct recover. Tony cautioned against installing directly over mechanically fastened, ballasted or gravel-surfaced built-up roof systems. Existing polyvinyl chloride (PVC) membranes are also excluded from the direct-recover applications discussed in the episode. 

Contractors must also confirm how many roof systems are already in place. Tony explained, “Building code generally states that you can have two roof systems in place. You can’t put a third one on top.” This generally prevents a third system from being installed as a recover. 

Once a roof is approved, proper low-rise foam adhesive application becomes critical. The two-component adhesive must be stored at an appropriate temperature, mixed correctly and allowed to foam before the membrane is placed. Tony recommended checking the adhesive with a gloved hand for strings that resemble a “cheesy quesadilla,” indicating it is within the application window. 

Training helps contractors recognize those conditions and avoid adhesive that is still wet or has become too dry. Contractors seeking approval to install warranted MuleHide systems must coordinate with their local representative and complete certification training. 

Listen to the podcast to learn more about evaluating fleece back recover projects and accessing MuleHide’s training and technical resources!

Baldwin has more than 15 years of outside sales experience.

Low-slope roofing manufacturer MuleHide has expanded its business development team, adding Ryan Baldwin as a strategic account manager. He will work with general contractors, building owners, private developers and national chains across the United States.

Baldwin has more than 15 years of outside sales experience, including seven in the roofing industry. He comes to MuleHide from Duro-Last®, where he was a national account manager. Prior to that, he was Southwest district sales manager for TRUFAST®. He began his sales career in the medical field, working for Stryker Sustainability Solutions.

“Ryan’s deep experience in the roofing industry, along with his proven ability to build strong client relationships and industry partnerships, will make him a valuable asset for our customers,” said national business development manager Kyle Stavish. “We are excited to welcome him to the MuleHide family.”

Baldwin has a Bachelor of Science degree in business from the University of Phoenix.

About MuleHide

MuleHide offers premium-quality, high-performance roofing products and systems that meet the current and emerging needs of the design community, contractors and building owners with a strong focus on sustainable solutions. More information is available at mulehide.com and on LinkedIn, Facebook, Instagram and YouTube.

By Jesse Sanchez. 

Built-up roofing, modified bitumen, single-ply membranes and fluid-applied systems each offer distinct advantages for low-slope roofing projects. 

Understanding how each component works together is key to selecting the right low-slope roofing system. MuleHide compares the assembly to an open-faced sandwich, with the roof deck serving as the bread, insulation or cover board as the meat and the roof covering as the final layer. For that top layer, contractors and building owners can choose from four primary options: built-up roofing, modified bitumen, single-ply membranes and fluid-applied systems. 

Built-up roofing (BUR), the oldest option, uses alternating layers of hot asphalt and fiberglass reinforcing fabric. Its redundant construction creates a durable, low-maintenance surface, although newer systems have become more common because they are generally easier to install. 

Modified bitumen, often called mod bit, updates the BUR concept with polymer-modified asphalt sheets. Styrene-butadiene-styrene (SBS) membranes remain flexible in cold conditions, making them suited to northern climates. Atactic polypropylene (APP) membranes offer greater resistance to heat, punctures and foot traffic, making them a stronger option for southern climates. Cap sheets may be self-adhering or torch-applied. 

Single-ply systems, including ethylene propylene diene monomer (EPDM), thermoplastic polyolefin (TPO) and polyvinyl chloride (PVC), are the dominant low-slope choice today. These lightweight membranes can be mechanically attached, fully adhered or ballasted. EPDM is commonly black and uses taped seams, while TPO and PVC membranes are heat welded and typically white in color. White membranes can also reflect solar energy, helping lower rooftop and interior temperatures. 

Fluid-applied acrylic and silicone coatings can extend the service life of a sound existing roof while reducing landfill waste. Silicone performs better during occasional ponding water and humid conditions, while acrylic often costs less and cures faster in dry climates. Before coating, contractors must evaluate the roof and repair leaks, saturated insulation or other existing problems. 

Learn more about MuleHide’s low-slope roofing systems and how each option can address specific project conditions!

By Jesse Sanchez. 

Understanding how roof decks, insulation, cover boards and roof coverings work together is essential to long-term roof performance. 

According to MuleHide, the performance of a low-slope roofing system depends on several layers working together to support the roof, control heat transfer and protect the building from weather and other damaging forces. These primary components include the roof deck, insulation or cover board and the roof covering. 

The roof deck is the structural foundation to which the roofing system is applied. It supports the system’s weight, rooftop equipment and expected foot traffic while providing a flat installation surface. Steel is the most-used roof deck material, followed by wood products such as plywood, planks and oriented strand board (OSB). Structural concrete, cementitious wood fiber, gypsum and lightweight insulating concrete are less common alternatives. 

Installed above the deck, insulation reduces heat transfer between the building’s interior and the surrounding environment. Polyisocyanurate, commonly called polyiso, provides the highest R-value and is the most widely used option. Expanded polystyrene (EPS), tapered insulation and flute filler also serve specific roofing applications, including improving drainage or creating a level surface over metal panels. 

Cover boards provide a durable substrate for attaching the roof covering. They may be required when a covering cannot be attached directly to the insulation, but they can also improve performance when used as an additional layer. Cover boards help limit fire spread, distribute wind forces and protect insulation from hail, foot traffic and compression. Common options include fiberboard, gypsum-fiber boards, glass-mat faced gypsum boards and high-density poly ISO cover boards. Each offers different combinations of strength, insulation value, moisture resistance and ease of handling. 

The roof covering completes the assembly by shielding the system from sun, rain, snow, hail, chemicals, equipment and extreme temperatures. Available systems include built-up roofing (BUR), modified bitumen, single-ply membranes and fluid-applied coatings. 

Learn more about MuleHide’s introduction to low-slope roofing systems and the role each component plays in roof performance!

Temperature-monitoring assembly comes with Helix® MAX Low-Rise Adhesive – Dual Tank, helps ensure adhesive is at proper temperature for application.

The new MuleHide TempReady Gun from low-slope roofing manufacturer MuleHide helps take the guesswork out of adhesive application. Included with Helix® MAX Low-Rise Adhesive – Dual Tank, it tells the operator whether the adhesive is at the proper temperature for application, helping ensure optimal performance.

Helix MAX Low-Rise Adhesive is a construction-grade, two-component polyurethane adhesive designed to bond MuleHide insulations and fleece-back single-ply membranes (TPO, PVC or PVC KEE HP) to a variety of substrates. Temperature during application is an important consideration. Proper application temperature is when the material in the tanks is between 70 F and 90 F.

The MuleHide TempReady Gun assembly has a built-in sensor that monitors the temperature of the material coming from the tanks. Three LED lights on the back of the gun provide clear visual indication of whether the adhesive is ready to be applied; blue means too cold (below 70F), green signifies an optimal temperature (70 F – 90 F) and red indicates too hot (above 90 F).

The 25-foot assembly is battery-powered. The self-engaging safety helps prevent accidental dispensing of the adhesive; the operator must disengage it to begin applying the product and it re-activates automatically when the trigger is released.

The MuleHide TempReady Gun is found in the Part A Box of Helix MAX Low-Rise Adhesive – Dual Tank, along with 10 tank nozzle tips for use in splatter pattern application, 10 tip extension tubes to add for bead application, a wrench to use in attaching the hose assembly to the tanks and a packet of lithium grease for keeping the O-ring and face of the gun clean during application.

About MuleHide

MuleHide offers premium-quality, high-performance roofing products and systems that meet the current and emerging needs of the design community, contractors and building owners with a strong focus on sustainable solutions. More information is available at mulehide.com and on LinkedIn, Facebook, Instagram and YouTube.