14 Misconceptions Commonly Held About Sash Windows Cambridge
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How to Restore Timber Sash Windows in Cambridge
Many homes in cambridge double glazing have traditional sash windows and homeowners are proud of their appearance. However, sash windows can become stuck and difficult to open or close. This is typically due to moisture which can cause the wood to expand.
Traditionally, box sash windows utilised chains or cotton cords and lead weights to operate. Modern sash windows come with hidden springs to overcome this issue.
1. Aesthetics
Contrary to PVC-u windows which are made according to the modular imperial size Timber sash windows can be restored to their original size. This permits the re-installation of timber sash windows to meet the current energy requirements and conform to conservation area regulations. It also offers windows that have a superior appearance than upvc locksmith cambridge alternatives.
Sliding sash windows were originally only used in large structures or public buildings, though this changed as production became less expensive and craftsmen could produce larger frames with more glass. In the late 18th century windows made of sash were the predominant design of wood in the majority of British homes. Sash windows were simple to operate and let light in rooms without the use of curtains.
The early windows were made of glass that was plain However, in the 17th century sash windows started to become more attractive. They were initially made of colored glazing bars, also known as mullions. They were costly initially, but as glass production became less expensive and more efficient, they became a common feature in many historic homes.
In the 19th century, it was possible to make large, sturdy glasses that did not require supporting bars. This allowed the frame to be made larger which, in turn, provided an improved view. This was an important innovation.
Another significant improvement was the introduction of the double-hung sliding window at the end of I920s and at the beginning of I930s. This allowed both the lower and upper sash to be opened simultaneously, and gave improved ventilation to buildings.
The most commonly used type of sash is made from slow grown deal (pine) but oak was utilized in more luxurious buildings and in some earlier examples. It is important to maintain the parting bead that separates the sashes. This will help prevent draughts and rattles. It is also crucial that sash pulleys and idler wheels are in good working order as they aid in operating the window.
2. Energy efficiency
Sash windows replaced hinged cases as clearer and larger sheets became available. Plate glass was placed in rebated timber frames, pinned with glazing sprigs and putty was applied to the frame's sides for watertightness. This type of glazing gradually replaced the use of leaded lights.
The introduction of sashes led to the need for a wider range of ironmongery, with the basic fittings being brass pulleys as well as lead (and later cast iron) weights, sash stoppers shutter hinges, knobs and shutters and a variety of fasteners that secured the sashes to their the right place. They were often decorated with motifs, inscriptions or engraved patterns that identified the maker.
Sash windows can be extremely energy-efficient with regular maintenance. Without this maintenance, they can become noisy. Draughts can also be caused by the deterioration of paint and putty. This can be fixed by making use of wood-to-timber repair tools that are proprietary.
The market for replacement windows is based heavily on the perception that old windows are beyond repair and cannot be maintained economically. However they can be maintained with a bit of attention. However, repairs to these windows can be expensive and involve considerable disruption to the home. Many homeowners choose to replace their windows with PVC-u from a huge "one-stop shop" installation company. They can replace all windows in a house in a single day, saving time and avoiding the need for various tradesmen to coordinate. They can also be fitted with 'energy-saving' double-glazing, which can achieve higher energy efficiency ratings than traditional windows made of sash. However, these double-glazed units cannot reproduce the proportions and section of historic timber sashes.
3. Security
It is possible to secure windows that are traditional without compromising their appearance. Ironmongery like mortice bolts, sash chain and sash locks can be put in place. They can be fitted to ensure that the window is still capable of being opened for ventilation or cleaning. These windows are typically not noticeable since they are designed to be used in conjunction with sash windows. They can be used with traditional sash window catches. These should be replaced with more robust versions, such as those with double screws or sprung levers, to minimize the possibility of being hit with hammers.
Sash-window frames are usually constructed from oak or slow-grown deal. If the glazing bars remain in good condition, they should be retained. If it is it is possible, the cills of the timber should be replaced by timber that is compatible with. PVC-u companies typically offer a one stop shop installation service, which includes removing and replacing windows on an entire house in a day without the need to engage other tradespeople or coordinate visits from a number of different suppliers.
4. Ventilation
Sash windows were introduced in the 17th Century and allowed for a significant amount of light to be absorbed into buildings. At the end of the 18th century, they had been modified to allow more light could be let into the rooms. Larger glass panes were also produced. The result was a lighter appearance and windows with more elegance.
Sash windows were introduced and required a new range ironmongery. Early pulleys were constructed from wood. Later Victorian ones were made of brass or a mix of wood and leaded. There were also various kinds of knobs and shutter hinges. These ironmongery elements should always be kept and cleaned so that the quality of their design can be appreciated.
Timber windows require careful maintenance to keep them in good condition. Inattention to maintenance can result in:
Sashes that do not move effortlessly.
Holes in the frame that allow water to get in and cause damage and decay.
The putty can be soaked by water and cause decay to the frame or cill.
In the I920s and I930s, steel casement windows grew in popularity due to their strength, slim and cheap and were in line with the trend for healthy living. However, research has revealed that traditional softwood sash windows can be just as thermally efficient as double-glazed PVC-u windows and may be more appealing than the sleek lines of modern casement windows.
The window replacement industry has done a lot to convince homeowners that their windows are old, dirty, and beyond economic repair. Many old timber windows can be fixed and utilized for a longer period with minor repairs.
5. Maintenance
A traditional sash window requires regular maintenance and inspection. Inability to keep up with this can result in the sash cords breaking, a lot of wear on the glazing bars, and deterioration of paint and putty. The removal of the sashes could also result in structural movement within the frame which causes the sash to move out of alignment and not closing properly. The sash can also be stuck in its open position, allowing water and draughts into the building.
The damage to timber windows is often caused by water entry. This can be avoided by regular maintenance as well as thorough painting, and then removing the cause of dampness. The paint can be removed to reveal the soft, rotting wood. The sections that are rotting should be carefully cut out, and the affected area should be snared together or pieced together using replacements of the same kind as the timber that remains. This repair method increases the amount of fabric used in the first place and is one of least invasive ways to treat timber-to-timber rot.
The use of a resin-based wood consolidant is an alternative to the traditional method of sanding and staining. This is brushed on the surface of the wood to protect it and stabilise it. It is particularly useful in the treatment of sash cords and pulleys where it can help to prevent the breakage.
It is crucial that any old ironmongery such as sash stay and latches are kept and rehabilitated instead of being replaced. It is difficult to replace these items without altering their original design. It is also recommended that fittings made of aluminum like sashlifts and chainstays, are avoided since they can cause deterioration and corrosion of timber frames and sashes.
Many homes in cambridge double glazing have traditional sash windows and homeowners are proud of their appearance. However, sash windows can become stuck and difficult to open or close. This is typically due to moisture which can cause the wood to expand.
Traditionally, box sash windows utilised chains or cotton cords and lead weights to operate. Modern sash windows come with hidden springs to overcome this issue.
1. Aesthetics
Contrary to PVC-u windows which are made according to the modular imperial size Timber sash windows can be restored to their original size. This permits the re-installation of timber sash windows to meet the current energy requirements and conform to conservation area regulations. It also offers windows that have a superior appearance than upvc locksmith cambridge alternatives.
Sliding sash windows were originally only used in large structures or public buildings, though this changed as production became less expensive and craftsmen could produce larger frames with more glass. In the late 18th century windows made of sash were the predominant design of wood in the majority of British homes. Sash windows were simple to operate and let light in rooms without the use of curtains.
The early windows were made of glass that was plain However, in the 17th century sash windows started to become more attractive. They were initially made of colored glazing bars, also known as mullions. They were costly initially, but as glass production became less expensive and more efficient, they became a common feature in many historic homes.
In the 19th century, it was possible to make large, sturdy glasses that did not require supporting bars. This allowed the frame to be made larger which, in turn, provided an improved view. This was an important innovation.
Another significant improvement was the introduction of the double-hung sliding window at the end of I920s and at the beginning of I930s. This allowed both the lower and upper sash to be opened simultaneously, and gave improved ventilation to buildings.
The most commonly used type of sash is made from slow grown deal (pine) but oak was utilized in more luxurious buildings and in some earlier examples. It is important to maintain the parting bead that separates the sashes. This will help prevent draughts and rattles. It is also crucial that sash pulleys and idler wheels are in good working order as they aid in operating the window.
2. Energy efficiency
Sash windows replaced hinged cases as clearer and larger sheets became available. Plate glass was placed in rebated timber frames, pinned with glazing sprigs and putty was applied to the frame's sides for watertightness. This type of glazing gradually replaced the use of leaded lights.
The introduction of sashes led to the need for a wider range of ironmongery, with the basic fittings being brass pulleys as well as lead (and later cast iron) weights, sash stoppers shutter hinges, knobs and shutters and a variety of fasteners that secured the sashes to their the right place. They were often decorated with motifs, inscriptions or engraved patterns that identified the maker.
Sash windows can be extremely energy-efficient with regular maintenance. Without this maintenance, they can become noisy. Draughts can also be caused by the deterioration of paint and putty. This can be fixed by making use of wood-to-timber repair tools that are proprietary.
The market for replacement windows is based heavily on the perception that old windows are beyond repair and cannot be maintained economically. However they can be maintained with a bit of attention. However, repairs to these windows can be expensive and involve considerable disruption to the home. Many homeowners choose to replace their windows with PVC-u from a huge "one-stop shop" installation company. They can replace all windows in a house in a single day, saving time and avoiding the need for various tradesmen to coordinate. They can also be fitted with 'energy-saving' double-glazing, which can achieve higher energy efficiency ratings than traditional windows made of sash. However, these double-glazed units cannot reproduce the proportions and section of historic timber sashes.
3. Security
It is possible to secure windows that are traditional without compromising their appearance. Ironmongery like mortice bolts, sash chain and sash locks can be put in place. They can be fitted to ensure that the window is still capable of being opened for ventilation or cleaning. These windows are typically not noticeable since they are designed to be used in conjunction with sash windows. They can be used with traditional sash window catches. These should be replaced with more robust versions, such as those with double screws or sprung levers, to minimize the possibility of being hit with hammers.
Sash-window frames are usually constructed from oak or slow-grown deal. If the glazing bars remain in good condition, they should be retained. If it is it is possible, the cills of the timber should be replaced by timber that is compatible with. PVC-u companies typically offer a one stop shop installation service, which includes removing and replacing windows on an entire house in a day without the need to engage other tradespeople or coordinate visits from a number of different suppliers.
4. Ventilation
Sash windows were introduced in the 17th Century and allowed for a significant amount of light to be absorbed into buildings. At the end of the 18th century, they had been modified to allow more light could be let into the rooms. Larger glass panes were also produced. The result was a lighter appearance and windows with more elegance.
Sash windows were introduced and required a new range ironmongery. Early pulleys were constructed from wood. Later Victorian ones were made of brass or a mix of wood and leaded. There were also various kinds of knobs and shutter hinges. These ironmongery elements should always be kept and cleaned so that the quality of their design can be appreciated.
Timber windows require careful maintenance to keep them in good condition. Inattention to maintenance can result in:
Sashes that do not move effortlessly.
Holes in the frame that allow water to get in and cause damage and decay.
The putty can be soaked by water and cause decay to the frame or cill.
In the I920s and I930s, steel casement windows grew in popularity due to their strength, slim and cheap and were in line with the trend for healthy living. However, research has revealed that traditional softwood sash windows can be just as thermally efficient as double-glazed PVC-u windows and may be more appealing than the sleek lines of modern casement windows.
The window replacement industry has done a lot to convince homeowners that their windows are old, dirty, and beyond economic repair. Many old timber windows can be fixed and utilized for a longer period with minor repairs.
5. Maintenance
A traditional sash window requires regular maintenance and inspection. Inability to keep up with this can result in the sash cords breaking, a lot of wear on the glazing bars, and deterioration of paint and putty. The removal of the sashes could also result in structural movement within the frame which causes the sash to move out of alignment and not closing properly. The sash can also be stuck in its open position, allowing water and draughts into the building.
The damage to timber windows is often caused by water entry. This can be avoided by regular maintenance as well as thorough painting, and then removing the cause of dampness. The paint can be removed to reveal the soft, rotting wood. The sections that are rotting should be carefully cut out, and the affected area should be snared together or pieced together using replacements of the same kind as the timber that remains. This repair method increases the amount of fabric used in the first place and is one of least invasive ways to treat timber-to-timber rot.
The use of a resin-based wood consolidant is an alternative to the traditional method of sanding and staining. This is brushed on the surface of the wood to protect it and stabilise it. It is particularly useful in the treatment of sash cords and pulleys where it can help to prevent the breakage.
It is crucial that any old ironmongery such as sash stay and latches are kept and rehabilitated instead of being replaced. It is difficult to replace these items without altering their original design. It is also recommended that fittings made of aluminum like sashlifts and chainstays, are avoided since they can cause deterioration and corrosion of timber frames and sashes.
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