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We handle custom range hood across 77083 in Houston, roughly 4.1 miles from our Energy Corridor base.

When a range hood does not work, the hood is usually innocent. The failures are almost always in the system around it: a duct two sizes too small, a route with four elbows in it, flex pipe someone used because it was faster, a termination that never got a damper, or a house so tight that the blower cannot pull air out because nothing can get in.

These show up as smoke drifting into the living room, a fan loud enough that it lives permanently on speed one, grease film on cabinets several feet away, and in the worst cases a whistling front door and a gas water heater that will not stay lit. Here is the actual list.

What the work involves

Diagnosis starts at the termination and works backward, because that is where the truth is. We check that the exhaust reaches outside, that the cap has a damper that opens and closes, and that it is not blocked by a nest, paint or a screen fine enough to blind with grease. Then the route: duct material, duct size against what the blower calls for, and the number of turns, since each elbow carries an equivalent-length penalty that adds up quickly on a long run.

Common corrections follow from that. Flex duct in a grease exhaust gets replaced with rigid metal. Undersized pipe gets upsized to what the blower needs. Routes with unnecessary elbows get simplified where framing allows, or the duct gets upsized to compensate where it does not. Unsealed joints get sealed properly, since leaks in a grease duct are both a performance and a housekeeping problem.

Then the hood itself: mounting height corrected if it is too high to capture or too low to work under, and capture area assessed, because a hood narrower than the cooktop will never contain the plume off the front burners no matter how strong the blower is.

Finally the pressure side. If the house cannot supply replacement air, we look at makeup air provisions rather than pretending a bigger fan will solve it.

What goes wrong, and how it is avoided

The common failure is ordering the hood before anyone has looked at the duct route, then discovering the only path runs through a truss or a bathroom. Second is choosing by airflow number instead of capture: a shell narrower than the cooktop lets everything roll off the front burners regardless of the blower. Flex duct, too many elbows, and a reducer at the cap all quietly strangle a big blower until it is loud and ineffective, which is exactly what happens when a builder’s small round duct gets reused for an upgraded insert. Venting into a soffit or the attic is worse than not venting, particularly with gas, because that moisture and combustion product has to land somewhere. Skipping the backdraft damper leaves a permanent hole in the envelope. In pre-1980 houses, texture gets tested before demolition, and any addition to a circuit in a house with aluminium branch wiring gets terminated with devices and connectors rated for it, not plain wirenuts. Mounting height follows the manufacturer, not eye level.

What drives the cost

What sets the cost of fixing a bad hood is how much of the duct system has to change and how accessible it is.

Replacing a rusted or missing damper at an existing cap is minor. Upsizing an entire duct run through a finished ceiling, around framing and out through a roof is substantial, because it involves demolition, mechanical work, roofing and finish repair. If the run passes above a second floor or crosses another room, add ceiling work in that room too.

Attic access and route length drive the labor either way. A short accessible run is straightforward; a long path threaded through trusses is not.

If the correct answer turns out to be relocating the blower inline or remote, that adds equipment, mounting, isolation and electrical. If the hood is undersized for the cooktop, replacing it brings the shell into the scope, and on a custom shell that may mean rebuilding rather than swapping.

Makeup air, when it is required or advisable, adds equipment, controls and a supply path. Any permitted mechanical or electrical work adds as well, and requirements differ between the City of Houston, unincorporated Harris County and Fort Bend.

Materials and specification

Finishes age differently and it shows by year ten. Brushed stainless hides fingerprints and water spots far better than polished, and it can be cleaned along the grain and dried without visible damage. Living finishes, unlacquered brass, copper and zinc, darken and mottle by design, which ages gracefully but never returns to the showroom state. Plaster shells crack at inside corners, and on expansive clay in this area seasonal slab movement makes that likelier, so control joints and a paintable flexible sealant at the shell-to-wall junction are worth designing in. Painted wood shells hold up well if the carcass is plywood and every edge was sealed, and they can simply be repainted. Unsealed MDF swells at the joints and cannot be fixed. Inside, stainless baffle filters last essentially indefinitely with washing, while mesh filters clog and degrade. Motors are the true wear item, so a liner from a manufacturer that still sells replacement blowers is a genuine longevity decision rather than a brand preference.

Building for Gulf Coast conditions

The pressure problem is the specifically Gulf Coast failure, and it has a safety edge. Newer suburban Houston construction is genuinely tight, and pulling several hundred CFM out of a tight house without providing replacement air puts the whole building under negative pressure. Two things follow. First, the air that leaks in to compensate is hot, humid outdoor air arriving through wall cavities and ceiling penetrations, where it meets surfaces cooled by your air conditioning and can condense inside the assembly. Second, and more seriously, if the house has an atmospherically vented gas appliance — a water heater in a hall closet or up in the attic, both common here — negative pressure can reverse the draft in its flue and pull combustion products into the house instead of out of it.

That is not a theoretical concern and it is exactly why makeup air requirements exist above certain airflow levels. The trigger point and the verification method vary by jurisdiction, so it is worth confirming for your address rather than assuming.

The other regional failure is the termination itself. Roof caps here take wind-driven rain, hail and years of UV. A damper that has rusted open lets storm water and hot attic air in; one rusted shut kills the hood entirely. Sidewall caps placed under a covered patio deliver grease-laden air to the space you sit in.

Houston housing stock

Houston is not one housing stock, so it is not one kind of remodel. In the Heights and Woodland Heights you are often working on 1910s–1930s wood-frame homes on pier-and-beam, where leveling, sill and joist repair, and original wiring long past its service life come before anything cosmetic — and where a home in a designated historic district brings design review with it. Montrose, Oak Forest and Garden Oaks add mid-century layers. Meyerland, Westbury, Braeswood and Sharpstown are largely 1950s–60s slab ranch: cast iron drains near the end of their life, galvanized supply, single-pane windows, popcorn ceilings that should be tested before they are disturbed. Memorial and Alief lean 1970s–80s, which brings aluminum branch wiring and polybutylene supply into the conversation. West of Beltway 8 you are usually in 2000s and 2010s construction, where the job is upgrade rather than repair. Houston has no zoning, but plumbing, electrical and structural work is permitted, and deed restrictions still govern a great deal.

How we work

The first visit is an inspection with the hood running. We check the exterior termination, look at the duct where it is accessible, measure the hood against the cooktop, and note anything about the house that suggests a pressure problem — doors that resist, a whistle at the front door on high speed, or an atmospherically vented gas appliance in a closet.

Then you get a scope that separates what is causing the poor performance from what is merely old. Sometimes the fix is small. Sometimes the honest answer is that the duct was never right and the hood has been fighting it since the house was built.

Work is sequenced so ceiling and roof openings are made, corrected and closed properly, with finish repair matched to what is there. When it is done, the hood runs and capture gets checked at the cooktop rather than declared.

If smoke is getting past your hood, call (281) 235-6971 and we will find out why before anyone sells you a bigger fan.

Common questions

My hood runs but smoke still escapes. Why?

<p>Three usual causes. The hood may be narrower or shallower than the cooktop, so the plume off the front burners never enters it. It may be mounted too high to capture. Or the blower may be throttled by an undersized duct with too many turns, so the rated airflow never happens. Geometry problems need a different hood; duct problems need a different duct. Checking which one you have comes first.</p>

Can a range hood really backdraft my water heater?

<p>In a tight house with an atmospherically vented gas appliance, a large hood without makeup air can pull the house negative enough to reverse the flue draft. That is a genuine safety concern, not a code technicality, and it is the reason makeup air requirements exist. If your water heater is in a closet or attic and vents through a flue rather than a sealed pipe, hood sizing needs to account for it.</p>

Is it a problem that my duct has several elbows?

<p>Each turn adds resistance equivalent to a substantial extra length of straight pipe, so a route with four or five elbows can cost a large fraction of your airflow. Sometimes the route can be simplified. When framing makes that impossible, upsizing the duct is the practical compensation. What does not work is leaving the route alone and installing a stronger blower — you get more noise and modest gains.</p>

Why is there grease on cabinets away from the range?

<p>It means cooking effluent is escaping capture and circulating in the room, which points back at hood size, mounting height or actual delivered airflow. It can also mean a leaking duct joint is depositing grease where you cannot see it, which is worth checking because grease in a ceiling cavity is not something to leave. Either way it is a symptom of the system, not of your cleaning habits.</p>

Do you cover Houston 77083?

Yes. Houston 77083 is about 4.1 miles from our shop at 1530 W Sam Houston Pkwy N, Houston, TX 77043, inside the area we work in daily. Call (281) 235-6971 to arrange a site visit.

MS Home Remodeling — custom range hood in Houston, TX 77083. Call (281) 235-6971 for a site visit.

MS Home Remodeling · 1530 W Sam Houston Pkwy N, Houston, TX 77043 · (281) 235-6971 · All custom range hood locations