The strongest type of fencing varies depending on the materials used, the amount of detail desired, and the cost of installation. Some are made of steel, while others are hollow to hide fasteners. Metal fences usually consist of steel or hollow aluminum panels that screw into posts or rails. The weight of each panel varies, but generally weighs 11 pounds. Wooden posts are generally shorter and do not have as much strength against bending as steel posts. For added stability, consider using wooden line posts every 50 or 75 feet.
Steel wire is considered the strongest type of fence because it is heavier than most other materials. Stainless steel mesh is more expensive, but it resists chemicals and corrosion better than the other options. Vinyl coated wire is another option, resulting in a thick PVC layer bonded with the steel wire. The strongest type of fence is made from low-gauge stainless steel. Stainless steel is very strong and has a long lifespan.
Wire fences made from high-tensile wire have a lower breaking weight and longer lifespan than other materials. These are typically made of twelve or 12.5-gauge galvanized steel and use one or two strands. These wires are more expensive than ordinary wire fences, but are less prone to bending. These wires are also more resistant to low temperatures, but need regular tension checks to ensure their durability.
Typically, rail fences are used around a home or farm. They are also very popular on horse farms. Building boards are another type of fencing. You can choose between a wooden board or PVC plastic board. Board fences are typically 4 to five feet high. When used to contain livestock, they can be as tall as 12 feet. However, these fences are also susceptible to damage from heavy winds. If you’re wondering about the durability of a particular fence, research the materials used.
Another type of fencing is the cable wire fence. While wire fencing is a strong, durable material, the high cost makes it difficult to install. Wire fences are generally a good choice for confinement areas like feed lots and holding pens. But beware of cables that are too thin! They can catch a horse’s hooves and expose sharp ends to the animal. If you don’t plan to use wire, make sure it is covered with a protective material.
A wire fence’s strength is determined by its corner-post assemblies and end-post assemblies. Wire fences can withstand a force of 3000 pounds when first stretched. But winter cold causes the wire to contract and increase the force to 4500 pounds. The corners and end-post assemblies need to be sturdy enough to withstand such forces. If they don’t, you’ll end up with a fence with a lot of holes!