Fixed PVC + hybrid windows | Vaillancourt Doors and Windows

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Why we love fixed windows

Superior energy efficiency

Thanks to its fixed sash design, our fixed window offers optimal weatherproofing, reducing heat loss. It is among the most energy‑efficient solutions on the market.

Maximized glass surface

Its slim, tall and sleek frame allows for a larger glass surface, perfect for highlighting landscapes or creating bright, inviting spaces with abundant natural light.

Architectural combinations

Designed with a fixed sash, it pairs beautifully with casement or awning windows to create stylish architectural arrangements.

Brochures and guides View the product sheet

Large fixed hybrid windows from Vaillancourt Doors and Windows in a kitchen.

Coloured hybrid fixed window

White PVC fixed window

Fixed‑awning duo window

Casement window with fixed section

Look at examples of our achievements

Available options

Fixed window

Various fixed window configurations

A fixed window offers a multitude of configurations, whether composed of equal, unequal, or combined sections, allowing for window arrangements that perfectly match your home’s style.

1 section

2 sections

Complete line of grilles and crossbars

Personalize your home by adding sealed grilles between two panes of glass. Two‑inch simulated crossbars attached to the interior and exterior faces of your windows will also provide a touch of character and elegance.

Illustration of grilles and two inches glued-in crossbars, colonial style, for your Vaillancourt PVC or hybrid awning windows

Grilles and crossbars illustration of two-panel windows with eight squares for Vaillancourt awning windows

Choice of exterior trim moulding

A range of brick moulds intended for windows assembled with transoms and/or architectural windows.

Cross-section diagram of an energy-efficient PVC window frame design.

Full (PVC)
1 1/8″ x 1 1/8″

Brick (PVC)
1 1/8″ x 1 1/8″

Variety of integrated grilles

Grilles integrated between two panes of glass are available in all colours and can be matched to the colour chosen for the entire window.

Aperçu de carrelage intégré rectangulaire 1/4" x 1" de couleur blanc pour personnaliser votre porte d’entrée de Vaillancourt

Rectangular
1/4″ x 1″ white

Rectangular 1/4" x 5/8" gray intercept grilles to customize your Vaillancourt front entry door

Rectangular
1/4″ x 5/8″ intercept grey

Unlimited choice of colours

We have an unlimited choice of colours! If the colour you desire is not among our standard shades, bring us your sample, and we will develop it for you.

View the most popular colours

Colour palette selection for custom door and window design.

Vaillancourt Doors and Windows energy‑efficient glass (double or triple)

Energy‑efficient glass features a microscopic metallic coating. Additionally, an inert gas (argon) is added between the panes, keeping heat inside during winter and cool air during summer months.

In addition to preventing condensation problems, energy‑efficient glass offers unparalleled performance and substantial savings.

Position of a PVC and aluminum casement window in energy efficient glass to relieve condensation issues in summer or winter

Standard characteristics

Fixed window

Slim tall frame

Thanks to its slim, tall frame, the fixed window maximizes the glass surface to provide superior light. It can also be used as a transom to increase the glass area of doors and windows.

Contemporary exterior sash

The contemporary‑style exterior sash offers a modern design with clean lines.

Energy performance

ENERGY STAR 2020 VERSION 5.0

Fixed window – White and coloured PVC

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.
PFAPVC-SU_DOUBLEC1_ARG_LOWE	Double	Aucun	1,52 (0,27)	0,60	41	NR0003845-7574927-ES5
PFAPVC-SU_DOUBLEC1_ARG_LOWE_CARR<1	Double	<25mm(<1)	1,52 (0,27)	0,54	38	NR0003845-7574928-ES5
PFAPVC-SU_TRIPLEC1_2ARG_1LOWE	Triple 1 Low E	Aucun	1,14 (0,20)	0,55	47	NR0003845-7574957-ES5
PFAPVC-SU_TRIPLEC1_2ARG_1LOWE_CARR<1	Triple 1 Low E	<25mm(<1)	1,14 (0,20)	0,49	43	NR0003845-7574958-ES5
PFAPVC-SU_TRIPLEC1_2ARG_1LOWE_CARR?1	Triple 1 Low E	>=25mm(>=1)	1,14 (0,20)	0,44	40	NR0003845-7574959-ES5
PFAPVC-SU_TRIPLEC1_2ARG_2LOWE	Triple 2 Low E	Aucun	0,91 (0,16)	0,49	48	NR0003845-7574962-ES5
PFAPVC-SU_TRIPLEC1_2ARG_2LOWE_CARR<1	Triple 2 Low E	<25mm(<1)	0,91 (0,16)	0,44	45	NR0003845-7574963-ES5
PFAPVC-SU_TRIPLEC1_2ARG_2LOWE_CARR?1	Triple 2 Low E	>=25mm(>1)	0,91 (0,16)	0,40	43	NR0003845-7574964-ES5
PFAPVC-SU_TRIPLE60_2ARG_2LOWE	Triple 2 Low E	Aucun	0,84 (0,15)	0,29	38	NR0003845-7574937-ES5
PFAPVC-SU_TRIPLE60_2ARG_2LOWE_CARR<1	Triple 2 Low E	<25mm(<1)	0,84 (0,15)	0,26	37	NR0003845-7574938-ES5
PFAPVC-SU_TRIPLE60_2ARG_2LOWE_CARR?1	Triple 2 Low E	>=25mm(>1)	0,84 (0,15)	0,23	35	NR0003845-7574939-ES5

Fixed window – Hybrids

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.
PFAHYB-SU_DOUBLEC1_ARG_LOWE	Double	Aucun	1,54 (0,27)	0,60	41	NR0003845-7574837-ES5
PFAHYB-SU_DOUBLEC1_ARG_LOWE_CARR<1	Double	<25mm(<1)	1,54 (0,27)	0,54	37	NR0003845-7574838-ES5
PFAHYB-SU_TRIPLEC1_2ARG_1LOWE	Triple 1 Low E	Aucun	1,15 (0,20)	0,55	47	NR0003845-7574867-ES5
PFAHYB-SU_TRIPLEC1_2ARG_1LOWE_CARR<1	Triple 1 Low E	<25mm(<1)	1,15 (0,20)	0,49	43	NR0003845-7574868-ES5
PFAHYB-SU_TRIPLEC1_2ARG_1LOWE_CARR?1	Triple 1 Low E	>=25mm(>=1)	1,15 (0,20)	0,44	40	NR0003845-7574869-ES5
PFAHYB-SU_TRIPLEC1_2ARG_2LOWE	Triple 2 Low E	Aucun	0,92 (0,16)	0,49	48	NR0003845-7574872-ES5
PFAHYB-SU_TRIPLEC1_2ARG_2LOWE_CARR<1	Triple 2 Low E	<25mm(<1)	0,92 (0,16)	0,44	45	NR0003845-7574873-ES5
PFAHYB-SU_TRIPLEC1_2ARG_2LOWE_CARR?1	Triple 2 Low E	>=25mm(>=1)	0,92 (0,16)	0,40	43	NR0003845-7574874-ES5
PFAHYB-SU_TRIPLE60_2ARG_2LOWE	Triple 2 Low E	Aucun	0,86 (0,15)	0,29	38	NR0003845-7574847-ES5
PFAHYB-SU_TRIPLE60_2ARG_2LOWE_CARR<1	Triple 2 Low E	<25mm(<1)	0,86 (0,15)	0,26	36	NR0003845-7574848-ES5
PFAHYB-SU_TRIPLE60_2ARG_2LOWE_CARR?1	Triple 2 Low E	>=25mm(>1)	0,86 (0,15)	0,23	34	NR0003845-7574849-ES5

¹U 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.

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

³ER 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.