Flat Roof Replacement in Sylvan Beach from $5. $5 to $14 a square foot, and on this coast the perimeter is the whole specification. Free inspection and a written quote.
A low-slope roof this close to open water is the most uplift-prone surface on any house here. If it has lifted at a corner once it will do it again unless the perimeter fixing changes -- reinstating the same detail is spending money to repeat the failure.
Flat roofing installs at $5 to $14 per square foot: EPDM at $5 to $9 and TPO at $6 to $12. Most of the low-slope roofing on houses here is a rear addition, a porch, a carport or a garage sitting beside a pitched roof, and draining onto or through it.



Flat roofing installs at $5 to $14 per square foot: EPDM at $5 to $9 and TPO at $6 to $12. On this coast the perimeter is the specification -- uplift concentrates at edges and corners, and once an edge lifts the wind gets underneath and the rest follows quickly. Expect the perimeter to carry more of the price than it would inland, because on these streets it is the governing load rather than a detail. The additional certification step east of Highway 146 also belongs in the program, not discovered after the permit.
A simple rectangle with a real fall, at accessible height, draining somewhere sensible. Most post-war additions and carports qualify.
Mechanical perimeter fixing, which is not optional here, and junctions where a low-slope roof meets a wall or a pitched plane. Those details are the job.
Drainage. This coast delivers rain in quantity over short periods, so outlets sized for an average shower back up in a real one -- and standing water on a membrane being lifted at the edges is two problems meeting.
The most exposed roofs in La Porte. Nothing stands between these houses and the bay, so uplift at the perimeter is the governing load and the fastening is the entire conversation. This is also bay-side of Highway 146, which is worth confirming for the certification.
A roof three streets inland is not being asked to do the same job as one looking straight at the water.
Neither takes more than a moment to ask, and the answers tell you most of what you need to know.
A permit is required and a completed certification letter has to reach the city within 30 days of it issuing, from a Texas licensed engineer or an ICC Certified Coastal Construction and Floodplain Inspector. Agree that before work starts. A roof that will not certify is a problem discovered a month too late.
The city does not register roofing contractors, and Texas issues no roofing license. That is not a scandal, it is just how it works here, and it means the usual reassurances are worth nothing. The certificate describes your actual roof, which is a better document than a credential describing a firm.
Properties east of it fall under an additional state windstorm certification step that properties west of it do not. The road runs through this service area roughly parallel to the shore, so it is a real question -- and the city will confirm it rather than you guessing from a map.
Nothing stands between these streets and open bay, so uplift at the perimeter is the governing load and the fastening is most of the specification.
On the most exposed streets in the city, the starter course and the rake detail are the roof.
This is where standing seam earns its premium: concealed clips, no fasteners through the face, and nothing for the wind to work loose from the outside.
150 mph, nails not staples, certified in 30 days.
1970s-90s streets under oaks, aging together.
Mixed-age stock, much of it older than the spec.
More planes, more perimeter, more to fasten.
Its own city, exposed, and heavy oaks overhead.
A headland with open water on two sides.
Inland, west of 146, and the simplest roofs here.
Asked on every job of this kind. Answered here.
Because wind uplift concentrates at edges and corners rather than in the middle of a roof. A membrane that is merely adhered starts to go there, and once an edge lifts the wind gets underneath and the rest follows quickly. Mechanical perimeter fixing is the design here, not an upgrade.
Not in itself -- water that clears within a day or two of rain is normal. Water still there a week later is a seam being tested continuously, and it usually means the fall does not actually run or the outlet is not at the low point.
For a standard asphalt roof on an average Houston-area house, yes -- that is roughly double the $10,500 to $14,000 most land at. It is not unreasonable for a large house, a complicated multi-plane roof, or a standing seam metal system, all of which exist in this service area. The number alone does not answer the question; what the quote itemizes does. If it does not break out area, perimeter, decking and the certification, you cannot tell.
On Houston-area rates, 2,800 square feet of ROOF in architectural asphalt works out at roughly $16,800 to $25,200, and rather less in three-tab. The trap is in the units: 2,800 square feet of floor is not 2,800 square feet of roof. Pitch, overhangs and dormers commonly make the roof area a third larger than the house area, which is the commonest reason two quotes look inexplicably far apart.
Not on age alone -- but on this coast there is a second question that matters more. A 20 year old architectural roof is middle-aged by material standards, so the usual tests apply: granule loss, brittleness, how flat the covering lies, whether the deck is sound. Then ask how it was fastened. A roof fitted 20 years ago may have been stapled, or nailed to a pattern that predates the current wind requirement, and on a bay-shore house that matters more than how the shingles look.
Shingles specified to the 150 mph rating the city requires. Nails to the manufacturer's pattern, never staples.