The area that can be covered by pigeon netting before it starts to sag depends on several factors, including the quality of the netting material, the strength and placement of the support structure, and the environmental conditions (like wind, rain, or snow) that the netting will be exposed to. Generally, high-quality, heavy-duty netting can cover larger areas without sagging, but it's crucial to have a robust support structure. For larger areas, it's often necessary to create a grid of support cables to which the netting is attached. This grid helps distribute the weight of the netting evenly and prevents sagging. The spacing of these support cables is critical; the larger the area, the more support cables will be needed. Additionally, the tension of the netting is important. Properly tensioned netting is less likely to sag, but over-tensioning can cause the netting or support structure to fail. As a general guideline, for standard pigeon netting installations, spans of up to 10 meters (about 33 feet) can be achieved without significant sagging, assuming the netting is of good quality and the support structure is well-designed. However, for larger areas or in places with harsh weather conditions, a professional assessment is highly recommended to determine the best approach for installation without risking sagging or other issues.
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With pigeon netting what sort of area can you do before the net starts to sag?
The area that can be covered by pigeon netting before it starts to sag depends on several factors, including the quality of the netting material, the strength and placement of the support structure, and the environmental conditions (like wind, rain, or snow) that the netting will be exposed to. Generally, high-quality, heavy-duty netting can cover larger areas without sagging, but it's crucial to have a robust support structure.
For larger areas, it's often necessary to create a grid of support cables to which the netting is attached. This grid helps distribute the weight of the netting evenly and prevents sagging. The spacing of these support cables is critical; the larger the area, the more support cables will be needed.
Additionally, the tension of the netting is important. Properly tensioned netting is less likely to sag, but over-tensioning can cause the netting or support structure to fail.
As a general guideline, for standard pigeon netting installations, spans of up to 10 meters (about 33 feet) can be achieved without significant sagging, assuming the netting is of good quality and the support structure is well-designed. However, for larger areas or in places with harsh weather conditions, a professional assessment is highly recommended to determine the best approach for installation without risking sagging or other issues.