Window Screen Repair in Senneville

Senneville is a small municipality, and it is still one of the places where a single house can amount to a full day of work. Along Senneville Road, manors and country houses from the late 1800s and early 1900s were built on large wooded lots. Those buildings were not designed around a window catalogue: they have many openings, in varied sizes, spread over two or three storeys, and a great number still carry their original wooden sashes. So the request is never one screen to fix. It is an inventory to survey, panel by panel, with dimensions that do not repeat from one opening to the next, even on a single elevation.

The wood changes everything else. A hundred-year-old wooden frame does not wear the way aluminum does: it swells with humidity, it moves with the seasons, the paint blisters on the south side, and the joints eventually work loose at the corners. A panel that has lost square leaves a gap along one stile, and that gap is what lets insects in — not a tear in the mesh. On this kind of house, swapping a wooden panel for a standard aluminum frame is visible from the road and changes the look of the elevation; most owners would rather keep the original piece as long as it is sound. The town is largely English-speaking: the work is done in either language, and measurements are taken in inches, the way owners read them.

On the older buildings the wooden double-hung is the reference window, and its screen lives exposed between the two sashes. The original panel is often a hand-assembled wooden frame, thin, with mesh stapled in or held by a moulding strip. Rescreening it means lifting that strip without splitting it, checking all four corners, and tensioning by hand: too tight and the mesh bows the stiles of a weakened frame; too loose and it ripples and pulls out of the groove. It is a judgment call, panel by panel, and it is what keeps pieces in service that cannot simply be bought. Casements, where they exist, are simpler: the screen is inside and lifts off its latches.

Height is the other defining feature of these houses. Across two or three storeys, some panels cannot be taken off from inside, and it helps to know before arriving which ones are up high and on which floor. The post-war houses that round out the town are the easy exception in this area: regular openings, side-sliding windows on a track, patio doors. On those, rollers wear out before the mesh, the track fills with leaf debris, and the panel eventually jumps its rail. The repair is short and the part exists. Both kinds of house are handled on the same visit, but one is counted in minutes per panel and the other in measurements.

The difficulty is quantity multiplied by variation. A house built around 1900 was put together window by window, not in series: two neighbouring openings can differ by half an inch, and a panel returned to the wrong window will not close. Every piece is therefore measured and labelled before it comes off, and goes back exactly where it belongs. On top of that sits the decision that returns with each panel: rescreen or rebuild. It cannot be made over the phone, because it depends on the state of the wood — corners that hold, stiles without splits, screw holes that still bite. A sound frame is rescreened and will last years more; a split stile condemns the piece, and a new panel is built to the same dimensions.

The large wooded lots here affect the mesh choice in two ways. The first is insects: under mature canopy, in undergrowth that stays damp, no-see-ums pass through standard fibreglass without difficulty, and only a tight weave stops them — most owners keep it for the bedrooms, since it darkens the view over the grounds a little. The second is mechanical: under big trees, a panel takes branches, sap and wet leaves all through the fall. Fibreglass absorbs a hit and returns to shape; aluminum, being stiffer, keeps the dent. On the elevations under the trees, that steers the choice as much as the insects do.