Swinging Patio Doors
Patio doors are used daily, especially during the hot summer days; therefore we have designed our patio doors to glide smoothly, with maximum security mechanism so that their performance doesn’t decline even ten years from the day of installation.
At Loyal Seal we keep in mind both functionality and design with our patio doors as well as with all our products (windows, doors and porches).
We offer 8 different models of patio doors, you can view them below.
Automatic Multi-Point Locks
As soon as the door pulled shut, the Automatic latchbolts instantly throw 20mm and are secured to prevent them being forced back. By turning the key or the knob, the center deadbolt will engage and lock the top and bottom latchbolts to become a 3-deadbolt locking system.
Hook Bolt Multi-Point Locks
GU-SECURY SH2 locking system activates by closing the door and lifting the handle upwards. This action will engage the hooks into the strike plates which enhances the weather sealing properties and provides maximum security. You then simply turn the key or the knob to allow the two hook bolts and deadbolt to extend into the strike plates, securing the door in three positions
Multi-point Door Handles
Multi-lock doors are equipped with a 3 point locking mechanism and a solid door design from inside. Multi point lock doors are perfect for adding extra security to your house entrances. In addition, these doors come with a variety of handle options.
Multi-Point Handle Finishes
Door Hardware Finishes
A variety of hinge finishes are available for your new door.
Door hinges are made of durable construction with lubricated knuckles.
It has been said that windows are the eyes of the home, giving occupants the opportunity to bring the outdoors into their home. Although natural daylight and scenic views add beauty to your indoor environment, this allows the harsh elements to enter as well. From blistering heat to frigid cold your windows could expose you to higher energy costs and damaging UV exposure. In-efficient windows can add 30 to 40% to your yearly heating and cooling costs. Our insulated line of glazing options will allow you to prevent any extra costs occuring from your windows.
Click on images for more information:
Double Pane – double strength glass is standard in our insulated units along with Low-e 2 and Super Spacer all certified and Energy Star compliant.
Double-Pane with i89 Argon Gas. This is an optional upgrade from our standard double-pane glass. It includes the Super Spacer feature.
Double-Pane Laminated glass is produced by bonding a combination of plastic vinyl layers and polyester film between two panes of glass pressed into a single sheet. The third plane of Low-E coated glass completes the sealed unit. Laminated glass provides maximum safety from breakage, sound transmission and blocks 95% of damaging UV rays.
Triple Pane consists of two lites of Low-E coated glass with an interior glass substrate, which creates two insulating chambers. These chambers can be filled with either argon or krypton gas. Triple pane will provide maximum R-values, reduced sound transmission, and 95% UV ray blockage. R6 Full Argon gas. R7.5 Argon and Krypton gas. R9 Full Krypton gas.
Double-pane windows can be filled with argon gas to help insulate a room and minimize the transfer of heat through the window. Argon Gas is a colourless, odorless gas, that is denser than air thus adding it to the captive air in double-pane windows improves thermal insulation efficiency. Installing argon gas-filled windows can help improve your energy efficiency and lower your home energy costs.
Krypton gas is an inert, slow-moving gas that improves thermal performance. Denser than Argon, Krypton gas does an excellent job of preventing heat loss. For maximum efficiency, Krypton is usually used in triple pane windows.
Krypton/Argon Mix Gas
Why choose one? This an optimal combination of Argon/Krypton Mix to increase the energy efficiency of your windows. This combined duo also significantly reduces outside sound, adding to the privacy of your home.
Enhanced Winter Performance
Passive Solar Control Glass
Comfort. Compliance. For All Of Canada
Comfort in all types of weather
Ultimate performance glass
The ultimate glass for comfort at home. Whether it is 20 below or 110 in the shade, you can bring year-round comfort to your home with LoĒ²-272 glass. In winter, LoĒ²-272 reflects heat back into the room. In summer, it rejects the sun’s heat and damaging solar rays. Additionally, it is the clearest, highest performing glass you can buy – without haze or a bluish cast.
Weather will never bother you again, since the LoĒ²-272 coated glass reflects the outside harmful rays back, and keeps the heat indoors. You can see an example of the difference in temperature when using the LoĒ²-272 below.
It’s like an invisible insulation! The insulating value of LoĒ²-272 is nearly double that of an ordinary insulating glass unit, or the equivalent of a quad-glazed window!
LoĒ²-272 even outperforms the tinted glass often used in warm, sunny climates. You see out and the light shines in, with no heavy bronze or smoke-colored tints to darken the personality of your home.
Really, no matter what it is like outside, you can count on LoĒ²-272 glass to comfort you and your loved ones on the inside – all year long.
Energy Star Windows
The tables below outline the ENERGY STAR qualifying levels for each of four climate zones, with Zone A being the warmest and Zone D the coldest.
|U-VALUE PATH||OR||ENERGY RATING PATH|
|Maximum W/m2•K (Btu/h•sq. ft.• ° F)||SHGC*||Minimum ER (dimensionless)
Maximum U-value 2.00 W/m2•K
or 0.35 Btu/h•sq. ft.• ° F)
|Windows with sashes and doors||Windows without sashes|
|A||≤ 3500||2.00 (0.35)||Any||or||17||27|
|B||> 3500 to ≤ 5500||1.80 (0.32)||Any||or||21||31|
|C||> 5500 to ≤ 8000||1.60 (0.28)||Any||or||25||35|
|D||> 8000||1.40 (0.25)||Any||or||29||39|
ENERGY STAR climate zone map for Canada
The efficiency of a windows and doors must take into account the weather conditions. Different climates demand windows with different characteristics, namely expressed in terms of unwanted heat losses (U-Factor) and unwanted heat gains (SHGC).
In cold climates it’s particularly important to use low-E coating glasses to reduce heat losses through the windows.
In hot climates the most important is to use Low E2 glasses to limit solar heat gains (low-E2 glasses are particular efficient in reducing the infrared and some ultraviolet rays, besides being good insulators and transmitters of visible light).
Heating and Cooling Energy Savings
(Percentage of dollars saved over ordinary glass)
Total energy costs (heating+cooling) comparing a clear double-pane glass to LowE2-272 glass for a house with 15% window to wall ratio uniformly distributed on all four side of thehouse. The smaller savingsvalue assumes identical occu-pancy patterns. The largervalue shows the potential sav-ings when the improvement inoccupant comfort is included. Ahome with LowE2-272 can deliverequivalent comfort with a lowerheating setpoint in the winterand a higher cooling setpoint inthe summer.
Homeowners and builders will enjoy the effects that a little sun, rain and Neat glass brings to windows.
The titanium dioxide layer of Neat glass reacts chemically with the sun’s UV rays and causes organic materials that are on the glass to decompose. It works even on cloudy days, as 80% of UV radiation gets through cloud cover. Thus when it rains, the decomposed dirt no longer clings to the glass, easily rinsing away. You can see exactly what we mean in the video below:
A smoother glass is a cleaner glass, and Neat glass is ultra smooth. A thin layer of silicon dioxide makes Neat glass exceptionally smooth and hydrophilic, much smoother than ordinary hydrophobic glass. This allows water to disperse evenly or “sheet off” and evaporate quickly, greatly reducing water spotting. You can see an example of how this works here:
Tri-Pane Safe laminated glass is produced by bonding a combination fo plastic vinyl layers and polyester film between two panes of glass pressed into a single sheet. the third pane of glass completes the sealed uni.
It has a look of an ordinary glass, but protects like a shield against impact, forced entry, sun damage and unwanted noise.
Ordinary window glss breaks easily producing long, sharp splinters.
Shatters completely under higher levels of impact energy, and few pieces remain in the frame.
Resists extreme force. Even if it does crack under pressure, it remains intact as glass adheres to the plastic vinyl interlayer.
This glass is specially tinted to give you the privacy you deserve. Add this finish to your glass in order to secure yourself a safe, and private home.
A spacer is the component, or piece, used in window manufacturing that separates and seals the two panes of glass in an insulating glass (IG) system. Its intent is to insulate your windows to help maintain an ideal temperature during the seasons you heat or cool your house.
Historically, spacers commonly contained metal, which manufacturers thought provided more durability for their windows. However, what happens with a metal spacer – even one containing aluminum – is that it acts as a conductor. In other words, the metal acts as a catalyst to the very thing it was trying to prevent.
Super Spacer is a true dual seal warm edge spacer system that uses a high-performance acrylic adhesive for its structural seal, backed by a moisture vapor seal. Two seals are better than one – proven by the fact the windows made with Super Spacer last five times longer in durability tests than single-seal units.
With conventional metal spacers, you will see condensation on your window.
Mid-performance spacer systems that still contain metal, improve condensation resistance.
All-foam dramatically reduces condensation delivering the highest performance in Warm Weather Technology.
Unlike metal spacers, Super Spacer can bounce back when put to the test against winds, temperature fluctuation, rain, snow and UV light. The foam construction of Super Spacer allows it to expand and contract as need, but always return to its original shape. Without Super Spacer’s 100 percent memory formula, windows can eventually crack and lead to seal failure.
The fact that Super Spacer is non-conductive means that it also protects a major household threat: mold. Window condensation can lead to molds that increase the likelihood of allergens, including fungi, viruses and mites that might cause respiratory infections, allergies and asthma.
Windows lose and gain heat by conduction, convention, radiation and air leakage. Conduction is the movement of air through a solid material – touch a hot skillet and you feel heat conducted from the stove through the pan. Heat flows through a window in much the same way.
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