July 29th, 2017
Durabuilt Windows & Doors is a local Edmonton based company that employs over 400 staff members. We are a CSA Certified manufacturer and Energy Star partner. We have over 25 years experience and back our products with a competitive warranty and local service teams. As a family-run business, we value our customer’s satisfaction and pride ourselves on providing quality products at a competitive price.
July 29th, 2017
It’s sometimes difficult to tell when you need to replace or update your windows and doors. To help, here are a number of indicators that you might need new windows or doors in your home:
May 1st, 2017
Dual Pane
Triple Pane
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
Reduce Condensation
May 1st, 2017
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
Controls Solar Energy
Clear Appearance
Fade Protection
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.
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.
* 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.
May 1st, 2017
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
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
Retain your Durabuilt Labels
Post-Retrofit Evaluation
May 1st, 2017
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
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
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.
April 21st, 2017
Durabuilt window and door systems are built to withstand extreme weather variation and meet the most stringent Energy Star requirements. Not just one component makes our windows and doors energy efficient, but rather all of them work together as a cohesive unit, making our products the best in the industry.
April 21st, 2017
It is important to know that windows do not cause condensation, they simply provide a visible surface for it. Here is an overview of common causes and remedies.
Condensation is the point in which moist air turns into a liquid when surface temperatures fall below the “dew point” of the room. When warm air comes into contact with a cool surface, such as a window, condensation occurs.
Above average levels of humidity in a home will result in condensation. Window glass traditionally has a low surface temperature thus producing the first signs of condensation
Both new and older homes that do not comply with current building codes can also experience condensation in attics, inside exterior walls and within floors and ceilings.
A properly installed, new window will make your home more energy efficient, as it provides an air-tight seal. Original drafty windows commonly allow excess humidity and heat to escape, whereas your new windows provide a warmer surface for condensation to occur. Causes of condensation can include humidity levels that are too high, uneven heat distribution throughout the home and poor circulation around your new windows and doors.
Increase ventilation and control the source of excess moisture. You can mitigate humidity causing factors by performing regular maintenance, acquiring the services of a qualified inspector, installing a humidistat or by purchasing an inexpensive hygrometer that will measure the relative humidity in your home.
| Visible Indication | Possible Causes |
|---|---|
| Condensation on inside surface of inside pane | High humidity Sudden drop in temperature |
| Condensation on upper storey windows only | Cool air leaking to lower level or storey windows only warm air leaking from upper level |
| Condensation on window frame | Air leakage window frame Rough opening space Poor weather stripping |
| Visible Indication | Possible Causes |
|---|---|
| Condensation on door frame or threshold | Air leakage around door |
| Condensation on lock, knob or hinges | Air infiltration due to negative pressure inside |
| Visible Indication | Possible Causes |
|---|---|
| Condensation on closet | Poor air circulation around clothes |
| Condensation and staining below window | Melted window condensation Window in humid area |
| Mould on wall | High humidity Poor ventilation / circulation |
| Stains on celling | Frost build-up melting in attic Leaking roof |
| Bulging, buckled or rotting siding | Warm moist, inside air leaking through break in barrier Missing flashing, wind-driven rain penetrating wall cladding |
• Replace or adjust weather stripping
• Replace exterior doors with new energy efficient models
• Replace your windows with CSA approved & Energy Star rated products
• Add fresh air duct to your heating system
• Open windows after showering
• Install a ceiling vent exhausting outside
• Close the bathroom door when using the shower or bathtub
• Properly insulate walls and ceilings
• Use moisture proof paint or wallpaper
• Open windows to release stale, humid air and allow fresh dry air to enter
• Operate vented exhaust over oven range when cooking
• Install a ceiling fan
• Trim cupboard doors so air can circulate
• Seal light fixtures and insulate attic hatch
• Exhaust all vents to the exterior
• Install and seal a chimney fire stop
| Outside AirTemperature in 0C | Relative Humidity withInside Temperature of 200C |
|---|---|
| -30° or below | Not over 20°% |
| -24° to -18° | Not over 25% |
| -18° to -120 | Not over 30% |
| -12° to -6V | Not over 35% |
| -6° to 0° | Not over 40% |