As a Wilkes-Barre EPDM Roofing Contractor, we install commercial rubber roof systems with prepared seams, secure edges, and flashing fitted to the building.
Wilkes-Barre EPDM Roofing Contractor services begin with the connections your building needs.
EPDM is a rubber membrane used on commercial low-slope roofs. Large sheets reduce the number of field connections, while the remaining seams and transitions still require careful preparation. We select the complete assembly around the roof deck, insulation, attachment, and expected exposure.
A localized puncture in otherwise serviceable membrane calls for a different approach from loose seams across several roof sections. We inspect the surrounding sheet and underlying materials before choosing repair boundaries. Saturated insulation and deteriorated supports must be addressed as part of the work.
Dust, old residue, and incompatible patch products interfere with new EPDM seam materials. Cleaning and preparation follow the selected system’s requirements. We inspect the existing connection and surrounding rubber before setting the repair size, including the distance needed beyond the damaged portion.
Membrane that bridges tightly between a roof and a parapet can develop stress at the angle change. The inspection includes the attachment and flashing termination above that corner. A repair must connect to stable material and accommodate the detail’s geometry without leaving unsupported pockets.
Perimeter metal can move separately from the membrane beneath it. We check joints, fasteners, and the supporting nailer before covering the connection. Replacing only the visible rubber leaves an unresolved problem if the metal edge or its base remains loose.
Cuts from dropped tools and dragged equipment can expose the roof layers below EPDM. Protective access routes reduce avoidable contact with the field sheet. Inspection after other roof work helps identify newly damaged spots before interior moisture is used as the first sign of trouble.
An adhered assembly bonds the membrane to a prepared substrate using compatible materials. The surface needs the condition specified for the adhesive, and the installation sequence must account for its application limits. We also coordinate the bond area with sheet placement and flashing work.
Ballast adds weight and changes access to the membrane. Structural capacity and the designed roof system must support that approach. Inspection and future maintenance also need consideration, because finding or repairing a seam beneath stone involves moving and restoring the covering above it.
An attached EPDM assembly transfers loads through specified fasteners and connections. Deck type, condition, and the designed attachment determine the work. The selected system must include compatible details at perimeter zones, penetrations, and any transitions to a different existing roof covering.
Discuss your roof condition and the next step.
Call Us (610) 984-0539Inspect the field sheet, seams, and flashing before deciding what to retain. We compare surface damage with interior moisture reports and check accessible underlying layers. Existing repairs are identified so the new work uses compatible materials at its boundaries.
Remove wet or unstable components and prepare the deck and insulation for the selected assembly. Correct drainage-related details included in the work. The substrate must support the membrane installation, including the connection areas around roof hatches and equipment curbs.
Position the EPDM, complete its attachment, and prepare seams using the specified system materials. Flash penetrations and angle changes as part of the same installation sequence. Protect prepared surfaces from dirt while the connection work is being completed.
Check the finished seams and perimeter terminations, then remove loose material from the roof. Drain openings and maintenance access should be clear. We identify any retained components that need separate attention so the completed work has a defined, understandable boundary.
Water collecting near damaged EPDM flashing can expose weaknesses as conditions change. We inspect outlets, seams, and low areas when access is safe. The check follows the drainage path and adjoining connections, rather than assuming the flexible sheet alone resolves a blocked or damaged outlet.
EPDM can be considered for a distribution building when the deck, exposure, and attachment suit the proposed assembly. Large roof areas still need properly executed seams and flashing around equipment. We also check service routes and drainage before selecting the covering and insulation together.
Unplanned equipment access can concentrate wear and punctures in exposed rubber membrane. We examine the access paths people actually take from the roof entry to service points. Compatible protection belongs along those paths, while drains, seams, and equipment flashing remain available for inspection.
Attachment selection depends on structural capacity, wind design, substrate, and service access. Ballast adds weight and covers parts of the membrane; adhered roofing needs appropriate bonding conditions. We assess those requirements with the complete assembly before recommending either arrangement for the building.
Open terminations, stressed corners, and poorly prepared repairs can allow water into an EPDM wall transition. Inspection follows the connection above and below the visible defect. The repair includes the affected rubber and any unstable attachment, rather than covering a loose detail with another patch.
An adhered membrane leaves much of the sheet exposed for visual inspection. Ballast covers the surface and must be moved where access is needed. That difference affects inspection and repair work, alongside the building’s ability to carry the weight and the assembly’s designed attachment requirements.
Tell us the address and the work you are considering.
