How do timber window draught proofing work?

Original sash and casement windows add a touch of antiquity to a home, but they are notorious for causing draughts and wobbles, especially in windy conditions. Using secondary glazing, you can keep cold air from leaking through your windows. Secondary glazing Sydney protects against the infiltration of cold air through windows while also providing the additional benefit of enhancing thermal efficiency by lowering heat loss.

Draughty windows can make it difficult to keep your house warm in the winter, especially if you’re attempting to keep it warm. Even if the window is not structurally compromised, having insufficient seals can allow enough cold air to enter to have an impact on the temperature inside the building. So, what can we do to deter cold air from penetrating our home through windows? Here’s where our handy timber window draught proofing 101 takes over.

1. Weather Strips

Weather strips are another low-cost and basic method of timber window draught proofing, and keeping the cold out of your windows and doors. Most hardware stores carry self-adhesive strips in various sizes and shapes. They are available in three different types: compression, V-type, and foam. Foam strips are the most convenient of the three to use, and they also endure for the longest period of time. Simply place them along the window frames to prevent cold air from entering your home through your windows and window frames.

This procedure is straightforward and highly successful. The strips, on the other hand, do not provide a long-term answer. When you pull them off, you run the danger of either peeling off the paint or leaving residue of the adhesive behind on the frame, which is undesirable.

2. Curtain Insulation

Many people forget that curtains may be used for timber window draught proofing addition to providing privacy. Thick curtains, on the other hand, can provide an extremely effective layer of insulation. They are equally effective at blocking out excessive sunlight as they are at preventing cold air from entering through windows. If your curtains are thick enough, they might help to keep the air moving within your home. Your room’s visual attractiveness can be enhanced by matching the color of your curtains to the color scheme in the space.

As a result, this approach of insulating your room actually contributes to the improvement of the appearance of your home. If you want natural light to enter your room, hefty curtains are not the best option to use. However, they are the simplest approach of covering windows to keep cold air out, especially considering that you would have curtains in your home normally, making them an excellent physical cold air blocker for windows in your home.

3. Secondary Glazing

Secondary glazing is one of the most efficient methods of preventing cold air from entering your home through your windows. It provides a long-term solution that is also equally visually appealing. It has a broad array of applications. In fact, secondary glazing can be employed in both new construction and historic buildings. Because it can be installed on the inside without altering the outer appearance, it is a decent approach.

Typically, secondary glazing provides regulated ventilation, which is one of the most favorable aspects of it. The risk of allowing humidity to build up inside your home increases when your windows are well sealed. Because of the high humidity, dampness and condensation might occur, which can lead to the development of mildew. Secondary glazing Sydney is equipped with air vents, which prevent moisture from accumulating inside the unit. As a result, you will have a warmer space without the risk of excessive moisture buildup in the air. Secondary glazing is a fantastic option to covering windows to keep the cold out since it allows for excellent airflow to be maintained.

4. Draught Snakes

The use of draught snakes is another inexpensive approach to timber window draught proofing your home. These are just cloth tubes that have been stuffed with a filler, such as dried rice, in order to keep them from flopping around. These are simple to create at home. These can then be placed on the window sill to block off any draughts that may be coming in through the windows. These snakes are excellent for preventing cold air from entering the house.

Furthermore, they are inexpensive and simple to produce, which is especially advantageous because you can use them to add a decorative element or a color accent to your area. The sole disadvantage of draught snakes is that they may only be used at the base of the window, which limits their application. As a result, if the draught is coming in through the sides or the frame, these will be completely ineffective at preventing it. However, they are an efficient method of keeping cold air from entering your home through the bottom of your window.

5. Window Insulation Film

Window insulation films are thin sheets of plastic that shrink when heated to a specific temperature. Fortunately, these are widely available. You just glue the sheet to the inside of the window’s frame with double-sided tape. Then you may use a hairdryer to heat it up, which will cause it to shrink and adhere to the surface more tightly.

This is an excellent method to timber window draught proofing your windows and keeping cold air out. It is possible to observe the insulation film because it generates a hazy layer over the glazing, and the insulation film is extremely obvious. As a result, you may want a more discrete or aesthetically beautiful method of blocking cold air from entering your home through your windows.

Thinking of acquiring timber window draught proofing in your space? Heritage Windows Specialists has got you covered! Our more than 10 years of experience in the timber window draught proofing industry has made us experts in timber window draught proofing and repairing common issues of traditional timber windows. Our draught proofing window frames service has enabled many home and building owners to enjoy an important home improvement without having the need to replace existing glass.