Hung windows with 4 sections
Hung windows with 4 sections
White hung window with integrated grilles
White hung window with integrated grilles
Hung windows with 2 sections
Hung windows with 2 sections
Painted PVC hung windows
Painted PVC hung windows

Customization options for your hung windows

Unlimited choice of colours

We have unlimited colour choices! Here are our standard colours. If you don’t see the colour you’re looking for, bring us a sample and we will develop it for you!

View standard colours

Hung window features

Constant force balance system for ease of use

The hung window’s stainless steel counterweight system allows the window to be lifted with very little effort, while supporting a heavy load without sagging over time. Additionally, the sliding action is provided by highly resistant shoes concealed inside the frame.

Resistant screen

The screen has a simple fastening system and is easy to clean. Its fibreglass construction makes it robust and weather‑resistant. The screen frame is made of enamelled aluminium.

Practical pane pivoting system

The hung window’s lock system, paired with an aesthetic, recessed tilt latch, allows you to tilt the panels easily. Using buttons at the ends makes cleaning your windows from the inside easy.

Sloped sill for effective drainage

Our hung window’s sloped sill is designed to promote effective water drainage to the exterior, reducing the risk of buildup and infiltration.

Vaillancourt energy‑efficient glass (double or triple)

Energy‑efficient glass features a microscopic metallic coating. Additionally, an inert gas (argon) is inserted between the panes, which helps retain heat during winter and keep cool air in during summer. Besides preventing condensation issues, energy‑efficient glass offers unmatched performance and substantial savings.

Technical information

Product model Type of glass Width of grilles
mm (inches)
U Factor
W/m2-K (Btu/h ft2-F)1
Solar Heat Gain Coefficient (SHGC)2 ER factor3 NRC ref. no.

GSPVC-IU_DOUBLEU1_ARG_LOWE

Double

None

1,65 (0,29)

0,55

35

NR6769-34743332-ES5

GSPVC-IU_TRIPLES_2ARG_1LOWE

Triple 1 Low E

None

1,36 (0,24)

0,48

38

NR6769-31271808-ES5

GSPVC-IU_TRIPLES_2ARG_1LOWE_CARR<1

Triple 1 Low E

<25mm(<1)

1,36 (0,24)

0,43

35

NR6769-31271809-ES5

GSPVC-IU_TRIPLES_2ARG_2LOWE

Triple 2 Low E

None

1,14 (0,20)

0,41

39

NR6769-31271811-ES5

GSPVC-IU_TRIPLES_2ARG_2LOWE_CARR<1

Triple 2 Low E

<25mm(<1)

1,14 (0,20)

0,37

36

NR6769-31271812-ES5

GSPVC-IU_TRIPLES_2ARG_2LOWE_CARR?1

Triple 2 Low E

>=25mm(>1)

1,14 (0,20)

0,33

34

NR6769-31271813-ES5

1 U factor – W/m2-K (Btu/h ft2-F): Indicates the rate of a material’s transfer of heat. The lower the U factor, the higher the window’s performance.

2 Solar Heat Gain Coefficient (SHGC): Indicates the solar energy that can pass through the window. The higher the coefficient, the higher the window’s performance.

3 ER factor: Indicates a window’s global energy efficiency. The higher the ER factor, the higher the window’s performance.

R factor: Indicates the degree of resistance in a material’s temperature transfer. The higher the R factor, the higher the window’s performance.

Product model Type of glass Width of grilles
mm (inches)
U Factor
W/m2-K (Btu/h ft2-F)1
Solar Heat Gain Coefficient (SHGC)2 ER factor3 NRC ref. no.

GDPVC-IU_DOUBLEU1_ARG_LOWE

Double

None

1,65 (0,29)

0,53

34

NR6769-34743338-ES5

GDPVC-IU_TRIPLES_2ARG_1LOWE

Triple 1 Low E

None

1,36 (0,24)

0,46

36

NR6769-31271871-ES5

GDPVC-IU_TRIPLES_2ARG_1LOWE_CARR<1

Triple 1 Low E

<25mm(<1)

1,36 (0,24)

0,41

34

NR6769-31271872-ES5

GDPVC-IU_TRIPLES_2ARG_2LOWE

Triple 2 Low E

None

1,14 (0,20)

0,4

38

NR6769-31271874-ES5

GDPVC-IU_TRIPLES_2ARG_2LOWE_CARR<1

Triple 2 Low E

<25mm(<1)

1,14 (0,20)

0,36

35

NR6769-31271875-ES5

1 U factor – W/m2-K (Btu/h ft2-F): Indicates the rate of a material’s transfer of heat. The lower the U factor, the higher the window’s performance.

2 Solar Heat Gain Coefficient (SHGC): Indicates the solar energy that can pass through the window. The higher the coefficient, the higher the window’s performance.

3 ER factor: Indicates a window’s global energy efficiency. The higher the ER factor, the higher the window’s performance.

R factor: Indicates the degree of resistance in a material’s temperature transfer. The higher the R factor, the higher the window’s performance.

Want to combine tradition and simplicity?

Want to combine tradition and simplicity?

We are here to help you choose the perfect windows for your new construction or renovation project. Our advisors can guide you in choosing mouldings and glazing for an impeccable result.

Request a quote

Why choose Vaillancourt hung windows?

Effortless opening and closing

Effortless opening and closing

Forget the old, heavy window models you had to open with all your strength! Our model slides like a charm thanks to its constant‑force balance system (counterweight system) and concealed shoes hidden inside the frame.

Tilting panels for easy cleaning

Tilting panels for easy cleaning

Traditional hung window models were very difficult to clean because the exterior couldn’t be washed from the inside. Our model features an aesthetic, recessed tilt latch that lets you easily tilt and clean the panels.

Sloped sill that lets water flow out

Sloped sill that lets water flow out

At Vaillancourt Doors and Windows, we have designed a sloped sill for our hung window that allows water to drain easily toward the home’s exterior. Combined with our panels, mouldings, and double‑ or triple‑glazing options, it is an exclusive system.

Get inspired by our customers

Frequently asked questions about hung windows (FAQ)

Unlike older wooden or low‑end models, our system uses constant‑force balances and concealed shoes. This ensures your window will open effortlessly, both today and in the years to come.

It’s very simple. Our double‑hung windows feature an aesthetic tilt latch. In one simple motion, you can tilt the panels toward the inside of the room. This gives you direct and safe access to the exterior glass for a complete cleaning without going outside.

Absolutely. The slope directs water away from the frame and toward the exterior of the building.

Everything to plan your project: our blog, our guides, and our brochures