Aluminium Window and Door Glass Options

Aluminium Window and Door Glass Options

Choosing the right aluminium window and door glass options can have a major impact on the safety, comfort, energy performance, acoustic performance, privacy and appearance of a building.

The aluminium frame is only one part of a window or door.

The glass can influence:

  • Heat transfer
  • Solar heat gain
  • Noise reduction
  • Safety
  • Security
  • Privacy
  • Natural light
  • Appearance
  • Overall window weight
  • Window and door cost

Common glass options for aluminium windows and doors include:

  • Clear glass
  • Toughened glass
  • Laminated glass
  • Double glazing
  • Low-E glass
  • Acoustic glass
  • Obscure glass
  • Tinted glass
  • Solar-control glass

The best glass is not necessarily the most expensive option.

It is the glass that best matches the requirements of the particular project.

What Glass Is Best for Aluminium Windows and Doors?

The best glass for aluminium windows and doors depends on the required safety, thermal, acoustic, privacy and solar-performance outcomes of the project.

For example:

  • A bathroom may require privacy glass.
  • A large door may require safety glass.
  • A bedroom near a busy road may benefit from acoustic glazing.
  • A highly exposed living area may benefit from solar-control or Low-E glazing.
  • An energy-efficient home may use double glazing combined with an appropriate aluminium frame.

There is no single glass type that is best for every opening.

Why Does Glass Selection Matter?

Modern buildings can contain large areas of glass.

This means glass has a substantial influence on how the building performs.

The wrong glass selection can contribute to:

  • Excessive heat gain
  • Excessive heat loss
  • Glare
  • Poor acoustic performance
  • Privacy problems

Correct glass selection can help address these issues as part of the overall window and building design.

Clear Glass

Clear glass is one of the most common glazing options.

It provides:

  • High visibility
  • Natural light
  • Clear views
  • Neutral appearance

It may be suitable for many standard residential and commercial applications.

However, basic clear glass does not necessarily provide the thermal, acoustic, privacy or solar-control performance required for every project.

What Is Toughened Glass?

Toughened glass is heat-treated glass manufactured to provide increased strength compared with ordinary annealed glass.

If broken, it is designed to fragment into relatively small pieces rather than large sharp shards.

It is widely used as safety glazing in appropriate applications.

Where Is Toughened Glass Used?

Depending on project requirements, toughened glass may be used in:

  • Doors
  • Full-height glazing
  • Large windows
  • Areas where safety glazing is required

The appropriate glass type and thickness should be established for the specific opening.

Is Toughened Glass Stronger?

Toughened glass is generally stronger than ordinary annealed glass of comparable thickness.

However, strength does not mean the glass cannot break.

Glass selection still depends on:

  • Size
  • Wind pressure
  • Location
  • Frame support
  • Application

What Is Laminated Glass?

Laminated glass consists of two or more layers of glass bonded together using an interlayer.

If the glass breaks, the interlayer can help retain the glass fragments.

Laminated glass can be used for:

  • Safety
  • Acoustic performance
  • Security-related applications
  • UV reduction

The exact performance depends on the particular laminated glass product.

Toughened vs Laminated Glass

Toughened and laminated glass are both commonly used safety glazing products, but they behave differently when broken.

Toughened glass generally fragments into small pieces.

Laminated glass is designed so that broken fragments remain bonded to the interlayer.

The correct choice depends on the application and project requirements.

What Is Double Glazing?

Double glazing uses two panes of glass separated by a sealed cavity.

The cavity provides additional thermal resistance compared with a basic single pane.

A double-glazed unit can also incorporate different glass types on either side.

For example, it may combine:

  • Clear glass
  • Low-E glass
  • Laminated glass
  • Acoustic laminated glass

This allows the glazing unit to address multiple project requirements.

Is Double Glazing Better Than Single Glazing?

Double glazing can provide improved thermal performance when compared with many basic single-glazed configurations.

It can also contribute to acoustic performance.

However, the actual performance depends on the complete system, including:

  • Glass
  • Spacer
  • Cavity
  • Frame
  • Seals
  • Installation

Double glazing alone does not automatically make a window highly energy efficient or highly acoustic.

What Is the Cavity in Double Glazing?

The cavity is the sealed space between the two panes of glass.

Its purpose is to reduce direct heat transfer between the internal and external panes.

The cavity may contain air or another specified gas depending on the glazing system.

The optimum construction depends on the required performance.

Can Double Glazing Use Laminated Glass?

Yes.

One or both panes in a double-glazed unit may use laminated glass where appropriate.

This can be useful when combining:

  • Thermal performance
  • Safety
  • Acoustic performance

The actual make-up should be selected around the project requirements.

Can Double Glazing Use Toughened Glass?

Yes.

Toughened panes can also be incorporated into double-glazed units where required.

The final glass specification should suit the location and application.

What Is Low-E Glass?

Low-E means low emissivity.

Low-E glass contains a specialised coating designed to reduce radiant heat transfer through the glazing.

It can be incorporated into:

  • Single glazing
  • Double glazing

depending on the specific product and frame system.

How Does Low-E Glass Work?

Low-E coatings interact with long-wave radiant energy.

In practical terms, the coating can help reduce heat transfer through the glass.

The actual thermal outcome depends on:

  • Coating type
  • Glass make-up
  • Orientation
  • Frame
  • Shading
  • Climate

Is Low-E Glass the Same as Double Glazing?

No.

Low-E describes a coating.

Double glazing describes a glazing unit containing two panes separated by a sealed cavity.

They can be used together.

A double-glazed unit with a Low-E coating can provide different thermal performance from a basic clear double-glazed unit.

Is Low-E Glass Worth Considering?

It can be particularly useful where thermal performance is important.

Common applications can include:

  • New homes
  • Renovations
  • Large glazed living spaces
  • Commercial buildings

The most appropriate glass should be considered as part of the overall building energy strategy.

What Is Acoustic Glass?

Acoustic glass is glazing selected specifically to reduce sound transmission.

It may incorporate:

  • Laminated glass
  • Acoustic interlayers
  • Different glass thicknesses
  • Double-glazed combinations

The correct configuration depends on the frequency and level of the external noise.

Can Glass Reduce Traffic Noise?

Yes.

Suitable acoustic glazing can help reduce external traffic noise.

However, total room performance also depends on:

  • Window frame
  • Seals
  • Wall construction
  • Roof
  • Doors
  • Ventilation openings
  • Installation

A high-performance glass pane cannot make a poorly sealed building completely soundproof.

Can Glass Reduce Aircraft Noise?

Suitable acoustic glazing may contribute to reducing aircraft noise.

Projects affected by substantial aircraft noise may require specialist acoustic assessment.

The glass should be based on the required acoustic performance rather than simply using generic double glazing.

Can Glass Reduce Railway Noise?

Yes, when the correct glazing and complete window system are selected.

Railway noise can contain different frequencies from ordinary road traffic, which is another reason project-specific acoustic advice can be valuable.

Is Double Glazing Always Best for Noise?

Not necessarily.

Acoustic performance depends on the entire glass make-up.

A specialised laminated configuration may outperform a basic double-glazed unit in certain circumstances.

The required acoustic result should determine the specification.

What Is Acoustic Laminated Glass?

Acoustic laminated glass uses an interlayer developed to improve sound reduction.

It may be used independently or as part of a double-glazed unit.

The actual performance depends on:

  • Glass thickness
  • Interlayer
  • Complete glazing system

What Is Obscure Glass?

Obscure glass is designed to reduce direct visibility through the glass while still allowing light to pass.

It is commonly used for:

  • Bathrooms
  • Toilets
  • Ensuites
  • Side windows
  • Privacy-sensitive areas

Different patterns and privacy levels may be available depending on the glass range.

Is Obscure Glass the Same as Frosted Glass?

The terms are often used conversationally to describe privacy glazing, although the manufacturing method and appearance can differ.

Some glass is patterned or textured.

Other products may use an applied or processed finish.

The actual product should be selected according to the desired appearance and privacy level.

What Is Tinted Glass?

Tinted glass contains colour designed to alter the amount and appearance of transmitted light and solar energy.

Common architectural tints may include neutral, grey, bronze or other tones depending on the available glass range.

Tinted glass can affect:

  • Appearance
  • Light transmission
  • Solar performance
  • Internal colour perception

Does Tinted Glass Reduce Heat?

Some tinted glass can reduce solar energy entering the building compared with basic clear glass.

However, not all tinted glass provides the same solar performance.

The selected product should be assessed using its actual performance characteristics.

What Is Solar-Control Glass?

Solar-control glass is designed to limit the amount of solar heat entering through the glazing.

It can be useful for:

  • Large windows
  • Commercial façades
  • Highly exposed elevations
  • West-facing glazing
  • Buildings with substantial glass areas

Solar-control glazing may use:

  • Tints
  • Coatings
  • Other specialised technologies

Glass for West-Facing Windows

West-facing windows can receive intense afternoon sun.

Potential glazing strategies can include:

  • Low-E glass
  • Solar-control glass
  • Appropriate tinting
  • Double glazing

External shading can also be extremely important.

The glass should not be considered in isolation from:

  • Window shrouds
  • Eaves
  • Screens
  • Building orientation

Glass for North-Facing Windows

North-facing glazing in Australia can provide valuable winter sunlight when appropriately designed.

The optimum glass depends on:

  • Eaves
  • Shading
  • Climate
  • Internal use
  • Overall energy strategy

The goal is usually to balance useful solar gain with summer control.

Glass for East-Facing Windows

East-facing windows receive morning sun.

Solar-control requirements can depend on:

  • Window size
  • External shading
  • Climate
  • Internal room function

Glass for South-Facing Windows

South-facing glazing typically receives less direct sunlight in many Australian locations.

However, thermal performance may still be important because glazing can transfer heat between the internal and external environment.

Glass for Large Windows

Large glass areas require careful consideration.

Factors include:

  • Glass thickness
  • Weight
  • Wind pressure
  • Safety
  • Solar gain
  • Thermal performance
  • Transport
  • Installation

There is no universal maximum glass size.

The appropriate glass depends on the complete window system and project.

Glass for Sliding Doors

Sliding doors often contain large glass panels.

The glass may need to address:

  • Safety
  • Thermal performance
  • Acoustic requirements
  • Solar exposure
  • Weight

Glass weight can also affect door hardware and roller selection.

Glass for Stacker Doors

Stacker doors use multiple sliding panels and can create very large glazed areas.

Glass selection should consider:

  • Panel size
  • Weight
  • Safety
  • Energy performance
  • Solar gain
  • Acoustic requirements

Glass for Bifold Doors

Bifold doors contain multiple moving panels.

The glass affects the total panel weight and therefore needs to be compatible with:

  • Hinges
  • Carriers
  • Hardware
  • Frame capacity

Glass for Hinged Doors

Glazed hinged doors may require safety glass depending on the application.

Glass thickness and type also affect door weight.

The door hardware must suit the completed panel.

Glass for Fixed Aluminium Windows

Fixed windows can often accommodate larger glass areas because there is no moving sash.

However, glass size remains subject to:

  • Frame capability
  • Wind pressure
  • Glass thickness
  • Handling

Glass for Awning Windows

Awning windows contain moving glass sashes.

Glass weight can therefore influence:

  • Sash size
  • Hardware
  • Operation

Very large or heavy glass may limit practical sash dimensions.

Glass for Sliding Windows

Sliding windows require glass compatible with the selected sliding sash and roller system.

Larger or heavier glazing may require different hardware.

Glass for Sashless Windows

Sashless window systems use glass differently from conventional framed sash windows.

Glass type, thickness and edge treatment depend on the selected system.

Safety Glass for Aluminium Doors

Doors are common locations for safety glazing because people can come into direct contact with the glass.

The correct glass should be established according to the project requirements and opening.

Safety Glass Around Doors

Glazing beside doors may also require specific safety considerations.

This can include:

  • Side lights
  • Full-height panels
  • Adjacent fixed glazing

The final requirement depends on the building and glazing location.

Glass for Bathrooms

Bathroom windows often require a combination of:

  • Privacy
  • Safety
  • Ventilation

Options can include obscure glass and appropriate safety glazing where required.

Glass for Bedrooms

Bedroom glass selection may consider:

  • Energy efficiency
  • Noise
  • Privacy
  • Ventilation

Properties near roads, railways or airports may benefit from acoustic glazing.

Glass for Living Areas

Living rooms frequently contain larger windows and doors.

Important considerations can include:

  • Views
  • Natural light
  • Solar gain
  • Heat loss
  • Privacy
  • Acoustic performance

This makes glass selection particularly important.

Glass for Kitchens

Kitchen windows may require:

  • Natural light
  • Ventilation
  • Easy cleaning
  • Appropriate splashback or bench clearances

The glass should suit the particular opening and design.

Glass for Home Offices

Home offices may benefit from glass that helps manage:

  • Noise
  • Glare
  • Solar heat
  • Natural light

The optimum solution depends on the orientation and work environment.

Glass for Schools

Education projects may require consideration of:

  • Safety
  • Acoustic performance
  • Solar control
  • Energy performance

Classrooms near roads or playgrounds may have different requirements from internal spaces.

Glass for Childcare Centres

Childcare glazing requires careful consideration of:

  • Safety
  • Visibility
  • Privacy
  • Solar exposure

The project documentation should define the applicable requirements.

Glass for Commercial Buildings

Commercial glazing can include combinations of:

  • Safety glass
  • Double glazing
  • Low-E coatings
  • Acoustic glazing
  • Solar-control glass

The correct specification depends on the building design and performance requirements.

Glass for Apartments

Apartment glazing can involve:

  • Acoustic requirements
  • Wind pressure
  • Energy performance
  • Safety glazing
  • Solar exposure

Different elevations may require different glass specifications.

Glass for Coastal Projects

Coastal projects require consideration of the entire window system.

Glass itself is only one component.

The frames, hardware, powder coating and maintenance regime must also suit the environmental exposure.

Can Different Glass Be Used in the Same House?

Yes.

In many projects, using one glass type throughout the building is unnecessary.

Different rooms can have different requirements.

For example:

  • Obscure glass in bathrooms
  • Acoustic glass in street-facing bedrooms
  • Solar-control glass in highly exposed living rooms
  • Clear glass in less exposed areas

A project-specific approach can improve value.

Can Different Glass Be Used on Different Elevations?

Yes.

This can be particularly useful where solar exposure varies significantly.

For example, west-facing windows may require more solar control than shaded south-facing windows.

The appropriate strategy should align with the approved energy design.

What Is Single Glazing?

Single glazing uses one glass pane within the window or door.

Depending on the glass type, it may be:

  • Clear
  • Toughened
  • Laminated
  • Low-E
  • Obscure
  • Tinted

Single glazing is generally simpler than double glazing but does not provide the same cavity-based thermal resistance.

Single Glazing vs Double Glazing

The main structural difference is straightforward:

Single glazing: one pane of glass.

Double glazing: two panes separated by a sealed cavity.

Double glazing can offer improved thermal performance, but total window performance also depends on the frame and installation.

Can Triple Glazing Be Used With Aluminium Frames?

Some specialised window systems may support triple glazing.

However, not every aluminium frame is designed for the thickness and weight involved.

System capability must be confirmed before specification.

What Is a Glass U-Value?

U-value is a measure associated with heat transfer.

Lower U-values generally indicate lower heat transfer through the measured component.

However, homeowners should be careful when comparing glass-only values with whole-window values.

The complete window includes both:

  • Glass
  • Frame

What Is SHGC?

SHGC means Solar Heat Gain Coefficient.

It describes the proportion of solar energy transmitted through a window system.

Solar heat gain can be beneficial or undesirable depending on:

  • Climate
  • Orientation
  • Season
  • Shading
  • Building design

The lowest SHGC is not automatically the best choice for every window.

Glass-Only Performance vs Whole-Window Performance

This distinction is extremely important.

A glass product may have an impressive performance value, but the finished window includes:

  • Aluminium frame
  • Glass
  • Spacer
  • Seals
  • Hardware

Energy decisions should therefore consider whole-window performance wherever applicable.

Does Double Glazing Stop Condensation?

No glazing system can guarantee that condensation will never occur.

Double glazing can improve internal glass surface temperatures compared with some single-glazed systems, which may reduce condensation risk.

However, condensation also depends on:

  • Indoor humidity
  • Ventilation
  • Outdoor temperature
  • Building insulation
  • Thermal bridges

Does Thermally Broken Aluminium Improve the Glass?

It does not change the glass itself.

A thermal break improves the thermal behaviour of the aluminium frame.

This is why high-performance windows often combine:

  • High-performance glass
  • Thermally improved frames

rather than focusing on only one component.

Does Glass Make a Window Soundproof?

No.

Acoustic glass can help reduce sound transmission, but a window or room should not be described as completely soundproof.

Acoustic performance also depends on:

  • Frame
  • Seals
  • Installation
  • Walls
  • Roof
  • Other openings

Does Thicker Glass Reduce Noise?

Glass thickness can influence acoustic performance, but simply selecting the thickest glass is not necessarily the best solution.

Different sound frequencies respond differently to different glazing configurations.

Acoustic glazing should be selected around the actual requirement.

Does Double Glazing Block UV?

Some glazing products can substantially reduce ultraviolet transmission, particularly laminated and specialised coated products.

The actual UV reduction depends on the chosen glass.

Product-specific data should be checked where UV protection is important.

Can Glass Improve Security?

Some laminated or specialist glazing can improve resistance compared with ordinary glass.

However, glass should not automatically be marketed as a complete security system unless the actual product has been designed and tested for that purpose.

Security also depends on:

  • Frame
  • Locks
  • Hardware
  • Installation

Does Darker Glass Give More Privacy?

Tinted glass can reduce visibility under some lighting conditions, but it should not automatically be relied upon as complete privacy glazing.

At night, when internal lights are on, visibility conditions can reverse.

Where privacy is essential, obscure glass or other designed privacy measures may be more appropriate.

Can Privacy Film Be Applied to Aluminium Windows?

Aftermarket films can sometimes be applied to glass.

However, compatibility should be confirmed because certain films can affect glass thermal behaviour or warranty conditions.

Advice should be obtained from the relevant glass or film supplier before application.

Glass Thickness

Glass thickness depends on more than window size.

Factors can include:

  • Wind pressure
  • Glass dimensions
  • Support conditions
  • Glass type
  • Building height

The correct thickness should be established for the application.

Why Large Glass Gets Heavy Quickly

Glass weight increases significantly as both area and thickness increase.

Large panels can affect:

  • Window frame design
  • Door rollers
  • Hinges
  • Transport
  • Installation

This is one reason oversized glazing should be considered early in the design process.

Large Glass Installation

Very large panes may require:

  • Additional labour
  • Vacuum lifters
  • Crane access
  • Specialised transport

Access to the building should be considered before very large glass dimensions are finalised.

Glass Breakage

All glass can potentially break.

Possible causes include:

  • Impact
  • Extreme stress
  • Installation damage
  • Edge damage
  • Thermal stresses

Different glass products behave differently when broken.

Can Scratched Glass Be Repaired?

Minor surface marks may sometimes be treatable by specialist glass-restoration companies.

More substantial scratches or damage may require replacement.

Whether repair is appropriate depends on the severity and type of glass.

Glass Maintenance

Most window glass can be maintained through regular cleaning using appropriate methods.

Avoid:

  • Abrasive cleaners
  • Metal scrapers used incorrectly
  • Harsh materials that may scratch coatings

Special coated glass may have specific cleaning instructions.

Cleaning Low-E Glass

Some Low-E coatings are protected within a double-glazed unit and are therefore not exposed to cleaning.

Other glass coatings may have specific maintenance requirements.

Follow the relevant glass manufacturer’s instructions.

Glass Warranty

Glass warranties depend on the product and supplier.

Coverage can differ for:

  • Glass breakage
  • Manufacturing defects
  • Double-glazed unit failure
  • Coatings

The applicable warranty should be reviewed for the selected glazing product.

Double-Glazed Unit Warranty

Double-glazed units are sealed assemblies.

Warranty conditions can relate to matters such as manufacturing defects or seal performance.

Coverage remains subject to the actual glass supplier’s terms and applicable project conditions.

How Much Do Different Glass Options Cost?

Glass prices vary substantially according to:

  • Type
  • Thickness
  • Size
  • Toughening
  • Lamination
  • Coatings
  • Double-glazed construction
  • Acoustic interlayers

Basic clear glass and specialised high-performance glazing should not be expected to cost the same.

Does Glass Affect the Price of Aluminium Windows?

Yes.

Glass can represent a significant component of the final window price.

Large, double-glazed or specialised glass can considerably change the total cost of a window or door.

Is Expensive Glass Always Better?

No.

More expensive glass may offer additional performance, but that performance only creates value if it addresses an actual project requirement.

For example:

  • Acoustic glass provides value where noise matters.
  • Obscure glass provides value where privacy matters.
  • Solar-control glass provides value where unwanted solar heat is significant.

The best specification is the appropriate specification.

How to Choose Glass for Aluminium Windows and Doors

A practical selection process should consider:

  1. Where is the window located?
  2. How large is the glass?
  3. Is safety glazing required?
  4. Is privacy required?
  5. Is external noise a concern?
  6. Is thermal performance important?
  7. What direction does the window face?
  8. Is solar heat gain a concern?
  9. Is double glazing required?
  10. What frame system is being used?

These questions help narrow the available options.

Should Architects Specify the Glass?

Architectural and consultant documentation may specify the required glass or performance criteria.

For complex projects, glass selection may also involve:

  • Energy consultants
  • Acoustic consultants
  • Engineers
  • Façade consultants

EZ Windows manufactures and supplies according to the approved project information and agreed scope.

Should Builders Change the Specified Glass?

Any proposed substitution should be reviewed against the required project performance.

Changing glass solely to reduce cost can affect:

  • Safety
  • Energy performance
  • Acoustic performance
  • Appearance

Alternatives should therefore be assessed rather than assumed equivalent.

Glass and Compliance

The glass selected for aluminium windows and doors must suit its intended application.

Requirements can relate to:

  • Safety
  • Size
  • Location
  • Wind pressure
  • Building use

Where project-specific professional design, engineering or certification is required, that responsibility remains with the appropriately appointed project professional unless specifically included in the EZ Windows scope.

Frequently Asked Questions About Aluminium Window and Door Glass Options

What glass is best for aluminium windows?

There is no single best glass. The correct choice depends on safety, thermal, acoustic, privacy and solar requirements.

What is the cheapest window glass?

Basic clear glazing can be among the simpler options, but the required glass still depends on size, location and safety requirements.

What is toughened glass?

Toughened glass is heat-treated glass manufactured for increased strength and safer breakage characteristics.

What is laminated glass?

Laminated glass uses multiple glass layers bonded with an interlayer that helps hold broken fragments together.

Which is better: toughened or laminated glass?

Neither is universally better. They provide different characteristics and should be selected for the intended application.

What is double glazing?

Double glazing consists of two panes of glass separated by a sealed cavity.

Is double glazing worth it?

It can be highly valuable where thermal performance, comfort or acoustic performance is important.

What is Low-E glass?

Low-E glass uses a specialised coating designed to reduce radiant heat transfer.

Is Low-E glass the same as double glazing?

No. Low-E is a coating; double glazing is a two-pane sealed glass unit. They can be combined.

What glass is best for reducing noise?

Acoustic laminated glass or appropriately designed double-glazed combinations may be suitable, depending on the noise source and required performance.

Is double glazing always best for noise?

No. Acoustic performance depends on the complete glass configuration, frame, seals and installation.

What glass should I use in a bathroom?

Privacy glass such as obscure glazing may be suitable, together with any required safety glazing.

What glass is best for west-facing windows?

Low-E or solar-control glazing may be considered, but external shading and the complete building design are also important.

Does tinted glass reduce heat?

Some tinted products can reduce solar heat gain, but performance varies by product.

Can different glass be used throughout one house?

Yes. Different rooms and orientations can use different glazing where appropriate.

Does double glazing stop condensation?

It can reduce condensation risk compared with some single-glazed systems, but it cannot guarantee that condensation will never occur.

Does acoustic glass make a room soundproof?

No. It can reduce noise transmission, but complete room performance depends on the whole building envelope.

Can double glazing use laminated glass?

Yes.

Can double glazing use toughened glass?

Yes.

Is safety glass required in doors?

Safety glazing may be required depending on the particular location and application. The correct specification should be established for the project.

Does glass affect window prices?

Yes. Glass type, thickness, size and performance can substantially influence the total window cost.

Can large glass panels be used in aluminium windows?

Yes, within the capabilities of the selected frame, glass and project requirements.

Can old windows be upgraded with better glass?

Sometimes, but existing frame capacity needs to be checked. Complete window replacement may provide more options.

Who should specify specialist glass?

Where defined thermal, acoustic, structural or safety performance is required, the appropriate project professionals should establish the requirement.

Request a Quote for Aluminium Windows and Doors With the Right Glass

The correct aluminium window and door glass options depend on what each opening needs to achieve.

When requesting a quote, provide:

  • Window dimensions
  • Door dimensions
  • Window types
  • Door types
  • Preferred glass
  • Energy requirements where applicable
  • Acoustic requirements where applicable
  • Privacy requirements
  • Powder-coat colour
  • Project location
  • Plans and schedules where available

If the project documentation already specifies the glazing, EZ Windows can quote according to that information.

If different options are being considered, the window package can be priced around the relevant glass selections so the alternatives can be properly compared.

From standard residential windows to double-glazed architectural and commercial systems, selecting the right glass is a critical part of selecting the right window.

EZ Windows — Architectural precision, designed to perform.

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