3 1/4 Double hung

The elegant styling of our double hung windows represents an update on a traditional and very popular design.
Superior insulation
We build our vinyl windows with a high number of internal air chambers for superior insulation, thermal efficiency, sturdiness and sound abatement.
Learn More
Superior insulation
We build our vinyl windows with a high number of internal air chambers for superior insulation, thermal efficiency, sturdiness and sound abatement.
Learn More
Superior insulation
We build our vinyl windows with a high number of internal air chambers for superior insulation, thermal efficiency, sturdiness and sound abatement.
Learn More
Superior insulation
We build our vinyl windows with a high number of internal air chambers for superior insulation, thermal efficiency, sturdiness and sound abatement.
Learn More
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Installation options

Installation has a significant impact on the performance and longevity of a window. That’s why we’ve partnered with reliable contractors with a proven track record of successful installations. In addition to full window replacements, our trusted partners can perform three types of installation.
Brick-to-brick (recommended)
  • Complete removal of the old window up to the house framing
  • Option for three different size brickmould accessories
  • Allows for upgrades to interior trim and jamb
  • Offers greater efficiency performance upgrade than retrofit
  • Ideal for replacing damaged or poorly insulated windows
Retrofit
  • The window is removed and replaced
  • The window frame and exterior and interior trim remain intact
  • It is a faster and less expensive process than complete window replacement
  • It is ideal when the frame is already well-insulated and in good condition
  • Allows you to upgrade window glazing for improved comfort and performance
Stud-to-stud
  • Complete removal of the old window up to the house framing
  • The exterior is finished with just caulking or aluminum flashing
  • Offers greater efficiency performance upgrade than retrofit
  • Additional option for replacing damaged or poorly insulated windows
A Closer Look of

Monali Windows construction

Monali Windows are made from an exclusive, 100% lead-free uPVC powder compound. This unique compound gives our windows a better resistance to impact and discoloration. It ensures they will not crack,
blister or warp while remaining maintenance-free.

Double glazing

No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.
No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.
No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.
No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.
No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.

Triple glazing

No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.
No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.
No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.
No need for adhesive and sealants
Fusion welding Corners provide attractive appearance & eliminate the need for adhesive and sealants. There are no imperfections on the completely waterlight and airtight surface. Internal walls are also welded for increased overall structural strength.

Glass options

Low E-glass
In winter, Low-E Glass reduces heat loss to the cold outdoors by dramatically reducing radiant heat transfer and reflecting interior heat back into the room. It allows more of the sun’s rays to enter a home as solar energy to be converted into usable heat. In winter, the same effect of keeping interior heat inside, and in summer, it helps to reduce the flow of hot outside air into the cooler interior. Therefore, it helps to lower your energy costs all year long. Low-E Glass also reduces transmission of the sun’s UV rays which is the leading cause of premature fading and degradation of fabrics & carpeting.
Clear glass

Clear Glass unit provides more efficiency in noise protection than single-pane glass. A clear glass unit allows heat and cold air from inside and outside to pass through without resistance.

Triple glass
Triple pane glass windows are the most energy-efficient models in the market, due to the extra pane of glass. Insulating glasses help keep cold and warm air outside, or vice versa. Special coatings are often applied to the glass windows to enhance their energy efficiency by eliminating solar gain.

Cardinal architectural glass

Cardinal Glass Industries is considered one of the world’s leading providers of superior-quality glass products. From the melting of sand to produce clear float glass to the vacuum sputtering of silver to produce low-emissivity coatings, Cardinal manufactures quality components and finished insulating glass products used in top-of-the-line buildings.

loe 180

LoE 180 glass

Realize All the Benefits of High Solar Gain Glass. LoE-180 is the perfect cold remedy. Ideal for passive solar applications, it allows winter sun’s heat to pass into the building while blocking heat loss to the outside. In a double-pane unit with argon fill, Cardinal LoE-180 glass delivers an ER of 45,U-factor of 0.26 and visible light transmission of 77%.

This means high levels of cold weather comfort for occupants. Moreover, the warmer indoor glass surface means relative humidity can be controlled and maintained properly, improving occupants’ comfort and surroundings. Building owners and/or managers benefit from significant energy savings. mayBecause LoE-180 transmits more natural light, architects may be able to reduce lighting loads, resulting in even more savings. Naturally saving energy is also good for the environment.

Cardinal LoE-180 glass can be supplied in stock sheets and can be tempered and laminated for stock delivery. Maximum stock sheet size: 96”x144» (2.43 meters x 3.65 meters).

Cardinal LoE Glass Sets the Standard for Energy-Efficient Glass. Our patented, state-of-the-arts puttered coatings are unmatched by any other glass manufacturer. These high-transmission coatings are virtually transparent, blocking the heat and reducing solar gain, while optimizing light transmission. Infact, our LoE2 and LoE3 coatings actually out perform tinted glass, which is often used.

Cardinal produces nearly 700 million square feet of coated glass annually, at seven coating plants across the U.S. Our Intelligent Quality Assurance Program (1.Q.) ensures the quality of every piece of glass. Using our patented inspection systems, we thoroughly examine the glass for exterior and room side colour, visible transmission/reflection, IR reflection and edge deletion.

Cardinal LoE-180 delivers outstanding thermal performance
Performance characteristics vs. clear glass
(6 mm monolithic substrates)
Transmitted & exterior appearance of clear vs. LoE-180 glass
Clear | LoE-180
Transmitted Appearance
Exterior Appearance

How to use the wind load chart and design factors

  • Locate the long dimension and short dimension on the chart.
  • Draw a vertical line from the long dimension and a horizontal line from the
    short dimension.
  • At the point where these lines intersect, interpolate between the wind load
    (kPa) contours to determine the allowable wind load. For windload in PDF,
    use
    the conversion factor in the chart.
  • If the glass construction other than annealed-annealed is to be used,
    determine
    the wind load for the annealed-annealed glass with the appropriate glass
    thickness, and multiply this wind load by the appropriate load factor (see
    Load
    Factors).
LoE2 272

LoE2 272 Glass

Get Superior Thermal Performance Year Around. LoE2-272 is ideal for any climate and weather. Just look at the numbers. In a double-pane unit with argon fill, Cardinal LoE2-272 glass delivers an SHGC of 0.40, U-factor of 0.25 and visible light transmission of 70%. All with no haze or bluish cast.

This means high levels of year-round comfort for occupants. Moreover, the warmer indoor glass surface means relative humidity can be controlled and maintained properly, improving occupants’ comfort and surroundings. Building owners and/or managers benefit from significant energy savings. And because LoE2-272 transmits more natural light and reduces solar gain, architects may be able to reduce lighting and air conditioning loads, resulting in even more savings. Naturally saving energy is also good for the environment.

Cardinal LoE2-272 glass can be supplied in stock sheets and can be tempered and laminated for stock delivery. Maximum stock sheet size: 96” x 144” (2.43 meters x 3.65 meters).

Cardinal LoE Glass Sets the Standard for Energy-Efficient Glass. Our patented, state-of-the-art sputtered coatings are unmatched by any other glass manufacturer. These high-transmission coatings are virtually transparent, blocking the heat and reducing solar gain, while optimizing light transmission. In fact, our LoE and LoE2 coatings outperform tinted glass often used.

Cardinal produces nearly 700 million square feet of coated glass annually, at seven coating plants across the U.S. Our Intelligent Quality Assurance Program (I.Q.) ensures the quality of every piece of glass. Using our patented inspection systems, we thoroughly examine the glass for exterior and room side colour, visible transmission/reflection, IR reflection and edge deletion.

Cardinal LoE2-272 delivers outstanding thermal performance.
Performance characteristics vs. clear glass
(6 mm monolithic substrates)
Transmitted & exterior appearance of clear vs. LoE-180 glass
LoE2-272 glass
Transmitted Appearance
Exterior Appearance

How to use the wind load chart and design factors

  • Locate the long dimension and short dimension on the chart.
  • Draw a vertical line from the long dimension and a horizontal line from the
    short dimension.
  • At the point where these lines intersect, interpolate between the wind load
    (kPa) contours to determine the allowable wind load. For windload in PDF,
    use
    the conversion factor in the chart.
  • If the glass construction other than annealed-annealed is to be used,
    determine
    the wind load for the annealed-annealed glass with the appropriate glass
    thickness, and multiply this wind load by the appropriate load factor (see
    Load
    Factors).
LoE3 366

LoE3 366 Glass

Get the Perfect Balance of Solar Control and High Visibility. Just look at the numbers. In a double-pane unit with argonfill, Cardinal LoE3 -366 glass delivers an SHGC of 0.27, U-factor of 0.24 and visible light transmission of 63%. All with no interior-darkening tints and virtually no exterior reflectance.

This means a high levels of year-round comfort for occupants. Moreover, the warmer indoor glass surface means relative humidity can be controlled and maintained properly, improving occupants’ comfort and surroundings.

Building owners and/or managers benefit from significant energy savings.And because LoE3 -366 transmits more natural light and reduces solar gain, architects may be able to reduce lighting and air conditioning loads, resulting in even more savings. Naturally, saving energy is also good for the environment.

Cardinal LoE3 -366 glass can be supplied in stock sheets and can be tempered and laminated for stock delivery. Maximum stock sheet size: 96” x 144” (2.43 meters x 3.65 meters).

Cardinal LoE Glass Sets the Standard for Energy-Efficient Glass. Our patented, state-of-the-arts puttered coatings are unmatched by any other glass manufacturer. These high-transmission coatings are virtually transparent, blocking the heat and reducing solar gain, while optimizing light transmission. In fact, our LoE and LoE coatings outperform the tinted glass of ten used.

Cardinal produces nearly 700 million square feet of coated glass annually, at seven coating plants across the U.S. Our Intelligent Quality Assurance Program (I.Q.) ensures the quality of every piece of glass. Using our patented inspection systems, we thoroughly examine the glass for exterior and room side colour, visible transmission/reflection, IRreflection and edge deletion.

Cardinal LoE3-366 delivers outstanding thermal performance.
Performance characteristics vs. clear glass
(6 mm monolithic substrates)
Transmitted & exterior appearance of clearvs. LoE3-366 glass
Clear | LoE3-366
Transmitted Appearance
Exterior Appearance

How to use the wind load chart and design factors

  • Locate the long dimension and short dimension on the chart.
  • Draw a vertical line from the long dimension and a horizontal line from the
    short dimension.
  • At the point where these lines intersect, interpolate between the wind load
    (kPa) contours to determine the allowable wind load. For windload in PDF,
    use
    the conversion factor in the chart.
  • If the glass construction other than annealed-annealed is to be used,
    determine
    the wind load for the annealed-annealed glass with the appropriate glass
    thickness, and multiply this wind load by the appropriate load factor (see
    Load
    Factors).
LoE i89

LoE i89 Glass

Double-pane windows become triple-pane performers

There i’s no need to go to triple-pane windows to meet the various energy-saving guidelines. No need to invest in redesigning your windows and altering your manufacturing processes either.
A double-pane IG unit with LoE-i89 can meet the guidelines.

LoE-i89 is sputtered onto the indoor lite, the #4 surface, thus reflecting escaping heat back into the room and lowering U-Factors. Coupled with our LoE2 or LoE3 glass and argon fill, this
double-pane unit delivers performance much better than clear triple-pane — a centre of glass U-Factor of just 0.20 compared to 0.37 with clear triple-pane.

To surpass the U-Factor performance of our LoE-i89 double-pane unit, you would need to go to a triple-pane unit with a low-E coating in each gap.

Glass performance
Double Pane with LoE-i89
7/8” Triple Pane

Super spacer

Super spacer. is the winning choice for the industry’s most durable insulating glass units

Warm edge technology is more than a low-conductive product that helps make windows more thermally efficient. The warm edge spacer is the seal that keeps the glass package in windows from falling.

Two types of insulating glass systems are on the market today: Single-seal and dual-seal systems. Single seal units are constructed of only one type of sealant, which is called upon to perform
double-duty. Not only must the sealant retard the infiltration of moisture vapour, but it must also hold the unit together under a wide variety of both high and low temperatures while withstanding
the effects of high humidity and ultraviolet exposure.

A dual-seal unit is constructed using a combination of a sealant that functions mainly as a high-strength adhesive and a second sealant, primarily used as a moisture vapour seal.

Super spacer® is a dual-seal insulating glass system. This NO-Metal, structural foam spacer resists condensation, reduces energy costs, provides long-life durability, and adds comfort and value to
your windows.

Protect your most precious possessions - choose Health Smart Windows for your home and family.

Super spacer reverses dual seal construction.

The all-foam formula of Super spacer® is proven to be less conductive, which can block heat from escaping or entering through the glass edge. It provides optimal thermal performance and is the lowest
U Value in the industry.

  • Optimized energy savings
  • Enhanced environmental comfort and health near windows
  • Condensation and mold resistance like no other spacer
  • Extreme durability for sustainable performance

The problem — poorly insulated or installed windows

Condensation can contribute to mold growth
Computer simulations are conducted by Enermodal Engineering, a certified independent third-party testing facility. Super Spacer® is a registered trademark of Edgetech IG Inc. Swiggle® is a registered trademark of TruSeal. Intercept® is a registered trademark of PPG Industries, Inc.
Window condensation can fuel mold growth.
Magnified mold
Children’s health problems are linked to indoor mold.

Vinyl Pro is one of a few manufacturers carrying this product.

Many of today’s energy-efficient windows offer glass packages with «Warm Edge Technology». The problem is that highly conductive metal-based insulating glass spacers are often used in these new
windows.

A new window can lose up to 50% of its overall stated R-value with a metal-based spacer at the edge of the glass. R stands for the «resistance» of transferring heat or cold through a solid object.
So, a higher R-value means better insulation against heating and cooling loss.

The edge of the insulating glass is the most vulnerable to heating and cooling loss. This usually leads to condensation. It’s a problem that looks unsightly over time, it will stain wood, peel
paint and rot frames.

Not only that, but window condensation can contribute to mold growth, a sinister presence hidden from sight deeply inside window and wall openings.

Visible mold can often be found in poorly insulated or installed windows. Mold is being linked to child asthma, plus increases in general respiratory illness, allergies and outbreaks of fungal
diseases.

Designs grid
Grid types

Interior finishes

Monali Windows package with contemporary rosettes
Monali Windows package with wood stain option
Monali Windows package with step casing
Monali Windows package with classic rosettes
INTERIOR

Trim options

Our vinyl windows come with various interior vinyl trim options for refined and versatile styling. We combine advanced technology with the finest materials for durable, flawless finishes that will
retain their colour year after year. Standard finishing options include wood stain and contemporary and classic rosettes, but we can also accommodate custom colours.

Casing options
Corner options
INTERIOR

Jamb sizes

We offer four standard vinyl jamb sizes to facilitate a seamless window installation. We can also provide wood jamb extensions, frame moldings and corner blocks for added flexibility. These interior
finishing options are made from a durable lead-free PVC powder compound that requires no maintenance.

Exterior finishes

Combination of fixed and casement windows with 1-1/4” brickmould
Double hung window with 5/8” brickmould
Combination of windows with 2” brickmould
Single slider window with 1-1/4” brickmould
Shape Transom on top of Casement & Fixed Casement combination with 5/8” brickmould
Combination of Casement & Awning with 5/8” brickmould & simulated divided light (SDL) grills
Combination of Casement & Fixed Casement with 1-1/4” brickmould
Exterior

Brickmoulds

We craft our brickmoulds from a durable uPVC powder compound designed to stand up to the harshest elements. This maintenance-free material is available in various sizes and colours for
long-lasting curb appeal.

Available colours
Monali Windows offers a wide range of exciting colours to complement any home improvement project.
Stain options
Monali Windows also offers a three-stage stain for exterior and interior windows to achieve the look of natural wood finishing.

Paint and packaging


Vinyl Pro uses Prolux paint, a leader in technology and innovative products for the liquid paint market. Prolux produces coatings for many substrates, including a superb line of paints formulated
exclusively for PVC.

All our colour window frames are coated with four layers of paint for lighter colour, and six layers for darker colour. In comparison, industry standards with two coats for a lighter colour and three
coates for a darker colour are applied.

  • All of our products are painted in boxes instead of in liners.
  • All painted frames come with a 10 year warranty.
  • All painted frames are protected by protective film from being scratched during installation.
  • All painted windows are securely packaged to avoid packages from being damaged during transportation.
  • Vinyl Pro is one of a few manufacturers offering on-site painting service for minor paint damages during installation.
Protective Film for color-painted window
Protective Packaging for color windows

Understanding condensation
on a window

Ever wonder why condensation forms on your windows — and what you can do to prevent it? Below is a collection of questions and answers designed to provide you with a better understanding of condensation and how you can minimize it.

Exterior condensation questions

What causes exterior condensation?

Condensation often occurs during colder weather when the moist air inside the home comes into contact with cooler surfaces. The moisture in the air can condense to form water droplets
or even frost. The risk of condensation increases as the weather gets colder and/or the inside humidity rises. Condensation can form:

  • on the glass
  • on the frames and sashes
  • near the weather seals
  • between the glass panes if the seal is broken

What causes exterior condensation?

Condensation often occurs during colder weather when the moist air inside the home comes into contact with cooler surfaces. The moisture in the air can condense to form water droplets
or even frost. The risk of condensation increases as the weather gets colder and/or the inside humidity rises. Condensation can form:

  • on the glass
  • on the frames and sashes
  • near the weather seals
  • between the glass panes if the seal is broken

Interior condensation questions

What Causes condensation on the inside glass of the window?

Exterior condensation occurs when moist air comes into contact with cool surfaces, such as glass. This type of condensation appears when the dew point in the air is higher than the temperature of the glass. This occurs when a cool night follows a warmer day, typically during spring and fall.

Where on a window does condensation usually form and why?

Condensation is a result of temperature differences between the outside and inside. In the summertime, if condensation occurs, it will be on the outermost pane of your window as now your home is likely cooler than the warm air outside. This is also a result of the temperature difference.

Can I reduce the condensation on my window?

Condensation in a home can be stopped by reducing humidity and increasing ventilation. Less humidity in the air means less water vapour to turn into condensation. Increased ventilation provides a way for water in the air to escape.

What steps can I take to reduce humidity in my house?

There are simple steps you can take to avoid or reduce condensation, for example, early morning exterior condensation.

1. Buy high-performance ENERGY STAR® certified windows, doors and skylights. They are more energy efficient and have less condensation compared to ordinary models. They are more energy efficient and have less condensation compared to ordinary models. Features that contribute to better energy efficiency are:

  • Triple glazing.
  • low-emissivity (low-e) coatings on the glass
  • inert gas between the glass panes
  • insulated frames, sashes and doors
  • greater air tightness

Note: Low-e coatings on high-performance windows make the glass more energy efficient by reducing heat loss. However, if the night has been cool and calm and the air is humid, condensation may form on the outside surface of the glass around sunrise. Also, there is a higher risk of condensation if the low-e coating has been applied to the room-side surface of the glass.

2. Proper air circulation near windows is also necessary to minimize condensation. Airflow across the glass surface helps keep it warmer, which is one reason heat sources such as central heating vents and electric baseboards are located beneath windows in many homes. Deep window sills, closed drapes and blinds, and even nearby furniture can block air movement and allow cool air to pool near a window, leading to condensation on the glass.

3. Make sure your Heat Recovery Ventilator (HRV) is on if you have one.