Why Making Your Own Draught Excluder Saves Money
Chilly air seeping under doors or around windows doesn't just feel unpleasant; it actively drives up your heating bills. While readily available commercial draught excluders exist, crafting your own can be a remarkably affordable and satisfying way to tackle those draughty spots. It’s a project that directly combats the feeling of a draughty home, offering tangible savings and a cosier atmosphere without significant expense. The core idea is simple: block the gaps where cold air enters.
Many people assume DIY projects require specialised tools or expensive materials. However, making a basic draught excluder typically involves fabric scraps, old clothing, or inexpensive remnants, filled with household items like dried beans, rice, sawdust, or even more fabric offcuts. This approach not only reduces waste but also keeps the cost incredibly low, often just the price of a needle and thread, or a bit of fabric glue if you prefer not to sew.
The most common pitfall for DIYers is underestimating the effectiveness of proper draught proofing. A poorly made excluder might look the part but fail to seal the gap adequately, leading to disappointment. The secret lies in tailoring the size and weight to the specific gap you’re trying to seal. Too light, and it might blow away; too bulky, and it won't sit flush.
Common Mistakes to Sidestep
One frequent error is choosing filling that is too light or compresses too much over time, leaving a gap. Dried beans or rice are excellent for providing weight and density, whereas loose stuffing like polyester fibre fill can become flat, rendering the excluder less effective. Another mistake is not making the excluder long enough to cover the entire width of the door or window sill. Ensure your measurements are precise, accounting for the full width plus a little extra to tuck neatly into place.
Finally, some might use fabric that is too porous, allowing air to seep through the material itself. A tightly woven fabric, like a sturdy cotton drill or even an old pair of denim jeans, works best. This ensures the excluder’s primary job—blocking air—is done effectively at the material level, not just at the ends.
- Use dense, non-compressible filling for lasting effectiveness.
- Measure precisely to cover the entire gap width.
- Choose tightly woven fabrics to prevent material permeability.
- Tailor weight to the specific gap for a secure fit.
How to Construct Your Own Affordable Draught Excluder
Building your own draught excluder is a straightforward process, ideal for a weekend project that yields immediate comfort. The goal is to create a tube of fabric filled with a dense material that can sit snugly against gaps, preventing cold air from entering. This is a fundamental aspect of draught proofing your home efficiently and affordably.
Materials You'll Need
Gather your supplies: a piece of sturdy fabric (approximately 20cm wide and the length of your gap plus 10cm for seams and turning), thread, scissors, a needle (or sewing machine), and your chosen filling material. Common and affordable fillings include dried rice, dried beans, sand, or even small pebbles. For a softer, less noisy option, you could use old fabric scraps or offcuts. If you’re looking for a quick fix without sewing, fabric glue can be a substitute for seams.
Step-by-Step Construction
First, cut your fabric to the required dimensions. Fold it in half lengthways, right sides together, aligning the long edges. Sew along the two long edges and one short edge using a strong seam, leaving one short end open for filling. If using a sewing machine, a ½-inch (about 1.25cm) seam allowance is standard. For hand-sewing, a sturdy backstitch will do.
Turn the fabric tube right side out through the open end. Now, it's time to fill it. Pour your chosen filling material into the tube, packing it down firmly to ensure it’s dense and there are no air pockets. Aim to fill it to about ¾ full; you want it substantial but still pliable enough to mould against the floor or window frame. Once filled, fold the raw edges of the open end inwards, creating a neat hem. Stitch this final end shut securely, ensuring no filling can escape. Your new draught excluder is ready to deploy.
Secure the filling: If using small grains like rice or beans, consider sewing a few internal seams along the length of the tube after filling. This prevents the filling from shifting to one end and creates a more evenly weighted excluder.
Enhancing Your Draught Excluder's Performance
While a basic homemade draught excluder is effective, a few enhancements can significantly boost its performance and longevity, making your draught proofing efforts even more impactful. Think of these as refinements to ensure you're getting the most out of your affordable solution to a draughty home.
Choosing the Right Fabric and Filling
For doors, where excluders might see more wear, opt for robust fabrics like heavy cotton canvas, denim, or even an old sturdy curtain. These materials resist abrasion and can withstand being pushed around. For window sills, lighter fabrics might suffice, but the principle of tight weave remains. When selecting filling, consider the noise factor. Rice or beans can make a soft rustling sound if disturbed, whereas sand or dense fabric scraps are virtually silent. A mix can also work, providing both weight and quiet.
Making it Fit Perfectly
The most crucial element for an effective draught excluder is its fit. A well-made excluder that doesn't quite seal the gap is no better than a poorly made one. If you have particularly wide gaps, consider making a fatter excluder by using wider fabric or sewing two pieces together. Conversely, for narrow gaps, a slimmer profile is needed. You can also create excluders specifically for oddly shaped windows or letterboxes. Think of the excluder as a custom-fit seal tailored to your home’s specific needs. A perfectly fitted draught excluder is key to maximum energy saving.
Beyond Basic Blocks
Consider adding thermal properties. While not a substitute for thermal curtains or draught excluder tape on windows, the fabric choice can contribute. A thicker, denser fabric will offer slightly more insulation than a thin one. For ultimate warmth, some people incorporate a layer of insulating wadding within the fabric, though this adds complexity and cost, moving away from the purely affordable aim. The primary benefit remains the physical barrier against moving air.