Old houses suffer challenges due to aging and decrepit structures which normally translates into energy loss. Windows tend to be the culprit as leaking seals and low quality materials cause heat to be lost in cold seasons and cool atmospheres to be non-existent in hot spells. Thus, the usual thought which pops into mind is to come up with a plan to check window seals and fix those pesky windows.
A common misconception on the subject of fixing windows is the assumption that the whole window structure which consists of the frame, glass and its works are to be replaced. To set matters right, house window replacement refers to the task of replacing some or most of the faulty components of a window excluding its frame. Taking down a whole window, frame and all, is a major project on its own as it normally entails replacement of a wall or complete change of window design. Most times, you just want to improve the capability of your windows to let light in, keep noise and moisture out as well as maintain indoor temperature regardless of season.
Before jumping the gun to do something about those problem windows, it's best to identify what the actual issues are so as to best formulate a sound strategy. A simple method to check window seals is to get a friend to stand on the inside of each window and shine a torch light, trailing its light path along the window's frame and seal. You, on the other hand, stand outside of the said window and watch for the telltale light peeping through any faulty seal. With a carpenter's pencil or some colored chalk in hand, mark the problem areas. Continue to do this for all windows. Once completed, you then have some idea on the magnitude of your problems and gauge effort or cost required. That will also help to decide on whether to attempt a house window replacement as a DIY project or better left in professional hands.
Before engaging professional help, take initial corrective actions. If the existing seal is no longer working, easily replace with a new seal. In the event your house has a tendency to accumulate humidity, improve the ventilation. Lessen excessive noise by using curtains of a heavier material to filter noise. Else replace your window panes with laminated glass.
Monday, January 31, 2011
Friday, October 1, 2010
Improving home energy efficiency
Storm Windows
If you have old windows in your home, the best way to improve your home's energy efficiency is to replace them with new, energy-efficient windows. However, if you're on a tight budget, a less expensive option is to use storm windows. Some types of storm windows are also a good option for those living in apartments.
Even though storm windows add little to the insulating performance of single-glazed windows (that are in good condition,) field studies have found that they can help to reduce air movement into and out of existing windows. Therefore, they help reduce heating and cooling costs.
Types of Storm Windows
Storm windows are available for most types of windows. They can be installed on the interior or exterior of the primary window. They range from the inexpensive plastic sheets or films designed for one heating season, to triple-track glass units with low-emissivity coatings that offer many years of use. Mid-priced storm windows may use glass, plastic panels, or special plastic sheets that have specific optical qualities. Those made of polycarbonate plastic or laminated glass also offer a high degree of resistance to breaking during storms and/or from intruders.
For the most part, interior storm windows offer greater convenience than exterior storm windows. They're easier to install and remove; they require less maintenance because they're not exposed to the elements; and, because they seal tightly to the primary window, they're more effective at reducing air infiltration. Interior storm windows also are often the best choice for apartments and houses with more than one floor. If you can afford exterior storm windows, you can probably afford some newer, more energy-efficient windows, which will be a better investment.
Glass pane types offer better visibility and longer life than plastic pane types, but glass is heavy and fragile. In general, plastics are most economical for people with small budgets or who live in apartments. However, while inexpensive and relatively easy to install, they are easy to damage. Plastic panels, such as Plexiglas and acrylics are tougher and lighter than glass, but may scratch easily. Some may turn yellow over time as well. Some plastic films may significantly reduce visibility and degrade over time when exposed to sunlight.
Wood, aluminum, and vinyl are the most common storm window frame materials. There are advantages and disadvantages to all types of frame materials. Although very strong, light, and almost maintenance free, aluminum frames conduct heat very rapidly. Because of this, aluminum makes a very poor insulating material.
Wood frames insulate well, but they weather with age. They also expand and contract according to weather conditions. Wood-frame storm windows installed during the winter may not close easily during the summer, and those installed during the summer may fit loosely in the winter. They can also be quite heavy and thicker than metal frames. This can make storage difficult, reduce the view out the window, and reduce the amount of natural light in the room. Wood frames also require the most maintenance. There are, however, aluminum- or vinyl-clad wood frames that reduce maintenance requirements.
Vinyl frames are usually made of polyvinyl chloride (PVC) with ultraviolet light (UV) stabilizers to keep sunlight from breaking down the material. They, however, may expand and warp at high temperatures, and crack in extremely low temperatures. Also, if sunlight hits the material for many hours a day, colors other than white will tend to fade over time.
If you have old windows in your home, the best way to improve your home's energy efficiency is to replace them with new, energy-efficient windows. However, if you're on a tight budget, a less expensive option is to use storm windows. Some types of storm windows are also a good option for those living in apartments.
Even though storm windows add little to the insulating performance of single-glazed windows (that are in good condition,) field studies have found that they can help to reduce air movement into and out of existing windows. Therefore, they help reduce heating and cooling costs.
Types of Storm Windows
Storm windows are available for most types of windows. They can be installed on the interior or exterior of the primary window. They range from the inexpensive plastic sheets or films designed for one heating season, to triple-track glass units with low-emissivity coatings that offer many years of use. Mid-priced storm windows may use glass, plastic panels, or special plastic sheets that have specific optical qualities. Those made of polycarbonate plastic or laminated glass also offer a high degree of resistance to breaking during storms and/or from intruders.
For the most part, interior storm windows offer greater convenience than exterior storm windows. They're easier to install and remove; they require less maintenance because they're not exposed to the elements; and, because they seal tightly to the primary window, they're more effective at reducing air infiltration. Interior storm windows also are often the best choice for apartments and houses with more than one floor. If you can afford exterior storm windows, you can probably afford some newer, more energy-efficient windows, which will be a better investment.
Glass pane types offer better visibility and longer life than plastic pane types, but glass is heavy and fragile. In general, plastics are most economical for people with small budgets or who live in apartments. However, while inexpensive and relatively easy to install, they are easy to damage. Plastic panels, such as Plexiglas and acrylics are tougher and lighter than glass, but may scratch easily. Some may turn yellow over time as well. Some plastic films may significantly reduce visibility and degrade over time when exposed to sunlight.
Wood, aluminum, and vinyl are the most common storm window frame materials. There are advantages and disadvantages to all types of frame materials. Although very strong, light, and almost maintenance free, aluminum frames conduct heat very rapidly. Because of this, aluminum makes a very poor insulating material.
Wood frames insulate well, but they weather with age. They also expand and contract according to weather conditions. Wood-frame storm windows installed during the winter may not close easily during the summer, and those installed during the summer may fit loosely in the winter. They can also be quite heavy and thicker than metal frames. This can make storage difficult, reduce the view out the window, and reduce the amount of natural light in the room. Wood frames also require the most maintenance. There are, however, aluminum- or vinyl-clad wood frames that reduce maintenance requirements.
Vinyl frames are usually made of polyvinyl chloride (PVC) with ultraviolet light (UV) stabilizers to keep sunlight from breaking down the material. They, however, may expand and warp at high temperatures, and crack in extremely low temperatures. Also, if sunlight hits the material for many hours a day, colors other than white will tend to fade over time.
Tuesday, August 17, 2010
Weather-stripping
You can use weather-stripping in your home to seal air leaks around movable joints, such as windows or doors.
To determine how much weather-stripping you will need, add the perimeters of all windows and doors to be weather-stripped, then add 5%–10% to accommodate any waste. Also consider that weather-stripping comes in varying depths and widths.
Before applying weather-stripping in an existing home, you need to do the following (if you haven't already):
• Detect air leaks
• Assess your ventilation needs for indoor air quality.
Selection
Choose a type of weather-stripping that will withstand the friction, weather, temperature changes, and wear and tear associated with its location. For example, when applied to a door bottom or threshold, weather-stripping could drag on carpet or erode as a result of foot traffic. Weather-stripping in a window sash must accommodate the sliding of panes—up and down, sideways, or out. The weather-stripping you choose should seal well when the door or window is closed while allowing it to open freely.
Choose a product for each specific location. Felt and open-cell foams tend to be inexpensive, susceptible to weather, visible, and inefficient at blocking airflow. However, the ease of applying these materials may make them valuable in low-traffic areas. Vinyl, which is slightly more expensive, holds up well and resists moisture. Metals (bronze, copper, stainless steel, and aluminum) last for years and are affordable. Metal weather-stripping can also provide a nice touch to older homes where vinyl might seem out of place.
You can use more than one type of weather-stripping to seal an irregularly shaped space. Also take durability into account when comparing costs.
To determine how much weather-stripping you will need, add the perimeters of all windows and doors to be weather-stripped, then add 5%–10% to accommodate any waste. Also consider that weather-stripping comes in varying depths and widths.
Before applying weather-stripping in an existing home, you need to do the following (if you haven't already):
• Detect air leaks
• Assess your ventilation needs for indoor air quality.
Selection
Choose a type of weather-stripping that will withstand the friction, weather, temperature changes, and wear and tear associated with its location. For example, when applied to a door bottom or threshold, weather-stripping could drag on carpet or erode as a result of foot traffic. Weather-stripping in a window sash must accommodate the sliding of panes—up and down, sideways, or out. The weather-stripping you choose should seal well when the door or window is closed while allowing it to open freely.
Choose a product for each specific location. Felt and open-cell foams tend to be inexpensive, susceptible to weather, visible, and inefficient at blocking airflow. However, the ease of applying these materials may make them valuable in low-traffic areas. Vinyl, which is slightly more expensive, holds up well and resists moisture. Metals (bronze, copper, stainless steel, and aluminum) last for years and are affordable. Metal weather-stripping can also provide a nice touch to older homes where vinyl might seem out of place.
You can use more than one type of weather-stripping to seal an irregularly shaped space. Also take durability into account when comparing costs.
Saturday, February 6, 2010
We are a family owned, licensed window replacement & siding contractor serving all of Sacramento, Folsom, Elk Grove California. We specialize in dual pane replacement windows, doors, vinyl siding and fiber cement siding. With 25 years experience in the replacement door Industry, we are committed to building lasting relationships with our customers upon the foundation of trust, excellence and care.
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