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Shipping Trucks and Racks

The racking program was  started in 2019 and we now hold 300 racks that are fitted with GPS tracking. These racks are a delivery & install basket that our builder contractors use on site for ease of installation for their projects. We have also added two decks and moffats which are
used to deliver the racks to each site.

 

Lamination Machine

We have spent some time and effort cleaning out the former DirectBuy showroom in Building 2, to create a new home for our lamination lines. We are currently in the process of upgrading the power to the building to ensure we can support these production lines and we are expecting this transition to take place in the early new year.

 

Glass Line Equipment

GED ATLAS line: The Automated Tri-Lite Assembly System, or ATLAS, from GED Integrated Solutions is adaptive to unique insulating glass unit combinations, including both double-pane and triple-pane, and produces IGUs in 20-second cycle time. Machine-controlled consistency produces uniform, high-quality IG units, along with a higher production rate. The ATLAS integrated touch-free Bernoulli technology glass lifting system ensures contamination-free placement and alignment of triple IGUs. The visual software interface provides grid, spacer and glass alignment functions, while the machine automatically aligns and assembles the center lite.

Window performance testing – A basic overview of NAFS

The North American Fenestration Standard/Specification, or NAFS, is the recognized standard for testing, rating and labelling of windows, doors and skylights for residential and commercial buildings in Canada.

The official name is AAMA/WDMA/CSA 101/I.S.2/A440, “NAFS – North American Fenestration Standard/Specification for Windows, Doors and Skylights” In Canada, an additional supplement is used to address specific Canadian performance conditions.

NAFS at a Glance

NAFS features a comprehensive method to classify the type, class and performance of windows and doors. Any product that has not been tested to NAFS does not meet the 2010 National Building Code of Canada, or provincial revisions.
Some of the main components of NAFS includes;

Performance Class
There are four performance classes: R, LC, CW and AW. Building type, load requirements and serviceability determine the Performance Class of the windows and doors and is set by the building architect, designer or specifier as;

Residential | R – Light duty, commonly used in single-family dwellings.
Light Commercial | LC – Medium duty, commonly used in low-rise and mid-rise multifamily dwellings.
Commercial Window | CW – Heavy duty, commonly used in low to mid-rise multifamily dwellings where limits on deflections are imposed and tougher environmental constraints exist.
Architectural Window | AW – Severe duty, used in high-rises or when extreme use of fenestration is expected.

Each Performance Class (R, LC, CW and AW) has minimum test sizes and minimum test pressures known as Gateway Requirements. Every product must be tested for each Gateway Requirement in order to qualify for a Performance Class.

Performance Grade
The Performance Grade is a single number that represents performance attributes for a number of different tests including design pressure, water penetration resistance, air leakage resistance, operating force, durability and life-cycle test. The Performance Grade is determined by;

Geographic location – Performance requirements are calculated to determine minimum design pressure, water penetration resistance and air leakage resistance based on the site’s geographical location

Building height – Determined from the top of the window or door above grade, with a minimum height of 10 metres.

Exposure condition – Determined as either;
Open terrain – level with only scattered buildings, trees or other obstructions, open water or shorelines.
Rough terrain – suburban, urban, or wooded terrain extending upwind from the building uninterrupted for at least 1km or 20 times the building height, whichever is greater

The NAFS Canadian Supplement includes a table that lists all major cities in Canada to help building professionals select the right Performance Grade. An easier method is to use the Fenestration Canada NAFS calculator – go to http://www.fenestrationcanada.ca/calculator and click on the fenestration performance calculator.

Determining your Durabuilt window and door Performance Class

As a basic reference guide take a look at our Durabuilt NAFS Ratings info sheet that provides single unit window performance information. For more complete information based on your particular window and door configurations contact us to get a quote that contains specific NAFS performance information for every window and door, and an overall NAFS rating, for your project.

As part of NAFS requirements, the manufacturer is to affix both a removable NAFS rating label for building inspection purposes, and a permanent label to the product. This ensure your windows or doors comply with the NAFS requirements based on your site location.

To obtain more detailed information feel free to book a consultation or get a quote from a Durabuilt sales consultant or dealer partner.

Performance Rating

If you are ever wondering about the structural and thermal performance of your windows, these guides are here to help you ensure you are getting the most out of your windows and sliding patio doors.

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Built Green

Durabuilt Windows & Doors is a proud member of Built Green Canada, a third party certification program for homes that are environmentally responsible. Built Green Canada encourages, promotes, and recognizes home builders that prioritize energy efficiency by providing healthier indoor air, preserving natural resources, and improving your home’s overall durability. As a Supporting Member, Durabuilt offers energy efficient products and solutions that deliver superior ratings and R-Values to support Built Green Certification.

There are some of the benefits of installing Energy Star rated Durabuilt products to help achieve Built Green Certification:

  • One or two points for windows that meet or exceed your required Energy Star Zone
  • One point for energy efficient door systems that meet or exceed an R6 rating
  • Improved comfort by reducing drafts and controlling temperatures in the home
  • Reduce energy consumption by 6-12% with high performance windows and doors
  • Lower unnecessary greenhouse gas emissions and environmental impact

More builders and savvy homeowners are choosing high performance options because they recognize the value and return on investment of Built Green Certification.

Read more about our green products:

How Does Super Spacer® Keep Energy Costs Down?

All Durabuilt insulating glass units, across our various Window Collections feature the same premium grade all-foam, no metal Super Spacer®.  Thermal efficiency through no presence of conductive metals is the Super Spacer® hallmark and one of the cornerstones of our high performance window solutions, here’s why:


Blocks Heat Escape

The all foam formula of Super Spacer® blocks the heat escape path and provides one of the best thermal performances in the industry.

Resists Condensation & Mold

Condensation can lead to more than mold it can increase the likelihood of fungi, viruses and mites that cause respiratory infections, allergies and asthma. Durabuilt’s Super Spacer® helps keep the glass surface warmer, reducing the risk of condensation and all that follows.

Blocks Unwanted Noise

Improved sound absorption over traditional metal spacers is achieved as a result of the closed-cell polymer foam in the Super Spacer® that transmits very little sound, keeping the decibels down.

Adapts to Extreme Temperature Variances

Our all foam formula offsets the effects of temperature changes, barometric pressure, wind load and glazing pressure. The end result is less seal failure and fewer stress cracks.

Withstands the Test of Time

Super Spacer units withstand 60°C temperatures, 95 – 100% humidity and constant UV bombardment in the world’s toughest durability test – The P-1 Chamber. Considered by many engineers as the world’s toughest simulation, one week in the P-1 Chamber is equivalent to one year in field; Super Spacer survives 75+ weeks *.

* Source Test: RLS08006B

 

Foam vs. Metal


Metal can’t bounce back the way Super Spacer® can. As a result of Super Spacer’s® 100% memory formula (TSS technology), it will expand and contract, but always return to its original shape. Rigid metal and plastic spacer’s cannot compensate for the natural expansion that occurs daily in insulating glass – especially with western Canada’s extreme temperature fluctuations.

Super Spacer® will Outlast and Outperform


Many of today’s windows offer glass packages with “warm edge technology.” The problem with these highly conductive metal-based insulating spacers, is that they can cause heat/cold transfer to flow through a window the same way you see heat conduct from the stove to a hot skillet.

 

Durabuilt’s Premium grade Super Spacer® can provide up to +10.2˚C warmer temperature at the edge of the glass.

 

Outside Temperature: -17.78˚C ± -1.1˚C
Inside Temperature: 21.11˚C ± -1.1˚C

Simulations performed by Enermodal Engineering Ltd. using window 5.2 and Therm 5.2 as per NFRC100-2001. Outside temperature -17.8°C, inside temperature 21.1°C. Double-glazed Low-E glass with Sungate 400 with argon fill. Temperature results shown are average temperatures. [Test Reports EIG10009w, Oct. 15, 2010 – doubles and EIG11001w, Dec. 9, 2010 – triples.] Keff is per NFRC 101-2010.

 

The Differences Between Dual and Triple Pane Windows

Dual Pane

All Durabuilt windows come with dual pane insulating glass as a standard (two individual pieces of glass separated by a sealed airspace). Installing new dual pane windows with our high-performance PVC frames will significantly improve your window & doors performance; especially when old single pane metal systems were previously in place.

Triple Pane

Triple pane insulating glass (three individual pieces of glass separated by two sealed airspaces) provides added performance benefits, especially in extreme climates, as it features additional glass and airspace for improved insulation. All of our Casement Collection windows support triple pane glass as well as selection of our slider series.

Simulations performed by Enermodal Engineering Ltd. using window 5.2 and Therm 5.2 as per NFRC100-2001. Outside temperature -17.8°C, inside temperature 21.1°C. Double-glazed Low-E glass with argon fill. Temperature results shown are average temperatures. [Test Reports EIG10009w, Oct. 15, 2010 – doubles and EIG11001w, Dec. 9, 2010 – triples.] Keff is per NFRC 101-2010.


Save on Energy Cost

Durabuilt’s triple pane windows deliver superior air-tightness and protection, preventing winter heat loss and summer heat gain. The dual seal combination keeps the entire glass surface warmer / cooler, especially on the inside, which helps retain energy. As a result, triple pane windows can insulate up to 60%* better than their dual pane counterparts.

* Study based on a double and triple pane window comparison under controlled circumstances featuring Super Spacer ® and Low E Glass with argon.


Reduce Noise & Improve Comfort

In today’s housing market, neighbours and distractions are often in close proximity. Triple pane windows are equally as effective at blocking unwanted noise as they are in retaining energy. By trapping sound waves in the first chamber and keeping cool drafts outside, your home will become the tranquil haven you long for.

Reduce Condensation

Triple pane insulating glass can improve your relative humidity levels (the point before surface condensation occurs) by almost double due to warmer window surface temperatures. Triple pane is highly recommended if you live in a cold dry climate and desire more moisture and humidity in the home.

 

The Benefits of Low E Glass Windows

Of all the options and accessories to consider for your windows, the most important is really the most obvious, the glass. Accounting for up to 80% of a window’s real-estate, glass can make or break the overall performance of your system.

Durabuilt offers two high performance Low E Glass solutions, Sungate® 400 and Solarban® 60 with argon fill. Both offer performance enhancing benefits for year round comfort and savings:


Keeps the Heat Inside

Both Low E options will significantly reduce the amount of heat lost through your windows to help save on your heating energy costs. Lower U-values and higher R-values are an indication of greater performing windows.

Controls Solar Energy

The most unique attribute between our two Low E offerings is the Solar Heat Gain Coefficient (SHGC) or the amount of solar heat gain through the glass relative to the incident solar radiation (equal to 86% of the Shading Coefficient). Higher SHGC numbers provide natural energy in the winter to reduce heating costs, while lower numbers block heat gain in the summer to reduce cooling costs.

Clear Appearance

Visible Light Transmittance is the percentage of visible light that passes through a glass product. Durabuilt’s Low E glass solutions are highly transparent providing an aesthetically pleasing interior / exterior appearance similar to clear glass.

Fade Protection

Shading Coefficient is the ratio of total solar energy that passes through, relative to standard clear glass. Low E coatings block damaging ultraviolet (UV) rays to help protect your fabrics, furniture and carpets from fading.

Choosing the Right Low E Glass

Argon Gas is a colourless inert gas that is injected in the airspace of your insulating glass unit to improve energy efficiency. Argon is recommended with both Low E glass solutions and is a minimum requirement to meet Energy Star criteria.

Durabuilt Low E Glass Performance


Note: Tdw-ISO represents potential fading damage caused by both UV and visible light. It is considered by the U.S. Department of Energy and the International Standards Organization (ISO) to be a more accurate barometer of fade resistance than UV transmittance alone. All comparisons are center of glass based on an insulating unit containing 3/4″ insulating units; two 1/8″ (3mm) glass lights and a 1/2″ (12mm) air-filled space for the standard clear insulating glass and argon gas-filled space for the Sungate® 400 and Solarban 60 insulating glass. Actual glass performance may differ due to glass thickness, gas fill and glass to frame ratio. Solar Heat Gain Coefficient (SHGC) is a ratio of how much solar heat is transmitted through the glass compared to 1/8″ (3mm) thick clear glass. (Lower numbers mean less summer heat). Figures may vary due to manufacturing tolerances. All tabulated data are based on the National Fenestration Rating Council (NFRC) methodology, using the Lawrence Berkeley National Laboratory’s Window 5.2 software.


Durabuilt Overall Glass Performance

* Figures may vary due to manufacturing tolerances and controlled circumstances. The number in brackets indicates the position of the protective Low E coating; multiple numbers indicates a double application. All tabulated results are based on the National Fenestration Rating Council (NFRC) methodology, using the Lawrence Berkeley National Laboratory’s Window 4.1 software.

* Comparisons are based on centre of glass measurements against a clear 3/4″ insulating glass units; two 1/8″ (3mm) glass panes and a 1/2″ (12mm) air space. Actual glass performance may differ slightly due to glass thickness, gas fill, and glass to frame ratio. Clear glass allows 81% of visible light.

Get Grants & Rebates on Your Windows

Durabuilt Windows & Doors provides energy efficient, high quality products that will improve the comfort, look and value of your home. In addition to ongoing savings, energy efficient home improvements and building practices may also help you qualify for government grants and rebate programs.

To find out what incentives are available nationally you can visit National Resources Canada.

Complementary regional programs and provincial grants are also available. Click here for more information.

The requirements and qualifications will vary by program, but there are a few common guidelines of how things often work and the required steps to access a government grant.


Registration

Participants may have register with Natural Resources Canada (NRCan) at oee.nrcan.gc.ca/register or 1 800 O-Canada (1-800-622-6232) prior to starting your process. Always investigate the requirements before beginning your project.


Pre-Retrofit Evaluation

For renovations you will likely have to hire a certifi­ed energy advisor (licensed by NRCan) to perform an in-home evaluation before improvements begin. If your home has already been evaluated in the last few years, a new pre-retrofit evaluation may not be required.

Note: you can book your Durabuilt consultation and order windows and doors prior to your pre-evaluation to guarantee an installation date. It is important however, to schedule and complete your pre-retrofit evaluation prior to the actual renovation work.


Retrofit and Build with Receipts

Once you choose, purchase and install eligible products, participates must always retain and present receipts to access any government grant or rebate

Retain your Durabuilt Labels

Once you complete your project, be sure to retain all of your window and door labels that confirm your products meet the Energy Star requirements for your zone.

Post-Retrofit Evaluation

Typically you will also need to do a post-retrofit evaluation, to verify that eligible upgrades were purchased. Once this is complete, your energy advisor will prepare the proper documentation and often submit the claim. You’ll need to verify this with your evaluation company.

How Energy Star® Means Energy Efficiency

Energy Star is the international symbol for energy efficiency and an important consideration when building green and accessing government grants and incentive programs. Durabuilt is a proud volunteer partner of the Energy Star program and makes buying qualified windows and doors easy from the selection process, through to proof of purchase. Here’s how it works:  

1. Find Your Climate Zone


 

The Energy Star program divides the country into four climate zones based on annual average temperature. Zone 1 is the mildest and Zone 3 is the coldest.

Visit http://oee.nrcan.gc.ca/ to find your town’s specific zone.

By installing energy efficient windows and doors in your home you can reduce energy costs by 7-12% or more*.
* Energy Star statistic based on controlled testing

 

2. Choose Windows & Doors that Qualify for that Zone


Once you determine your qualifying zone, you must select your windows, doors and performance options to meet that zone’s criteria. Low E with argon is a minimum requirement of the Energy Star program. Durabuilt windows can be configured to meet the most stringent Energy Star zones, especially our Casement Window Collections. To identify the qualifying zone of your windows:

a) Reference our Product Performance Charts

b) Visit http://oee.nrcan.gc.ca

c) Check your Durabuilt quote / order summary

d) Ask your Durabuilt Sales Consultant for more information

3. Retain Your Labels Upon Installation

As part of the new Energy Star program Durabuilt has implemented a labeling system that clearly summarizes your window’s CSA and Energy Star information. This includes the zone for which the product qualifies – 1, 2, 3 – along with the relevant performance data including the U-Factor, Solar Heat Gain Coefficient and Energy Rating. It is important that you keep these labels for each product purchased as they can be used to qualify for government grants and incentives, as well as our warranty program.

Energy Star Requirements for Windows

 

 

 

 

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