When it comes to creating a durable and effective fence, few options compare to a tension wire fence. Building a tension wire fence may seem like a daunting task, but with the right tools and a bit of know-how, it can be a straightforward and rewarding project. This guide will walk you through the step-by-step process of constructing a tension wire fence, from digging the holes for the corner posts to attaching the final strand of wire. By following these instructions, you'll be well on your way to creating a fence that not only meets your needs but also stands the test of time.
How Do You Tension a Wire Fence?
When it comes to tensioning a wire fence, there are a couple of effective methods that can be employed. One common approach is using pliers to tighten the barbed wire, double, or single-strand wire fences. This can be done by gripping the wire with the pliers and pulling it taut, ensuring that there’s no sag or slack in the fence. However, there’s a more efficient option available.
This involves looping the wire around itself and using a lever or similar tool to twist it tight. By creating this twist-tie, you can achieve a more uniform and robust tension throughout the fence.
It’s important to note that while pliers can be used for this technique as well, a dedicated tensioning tool will provide a more reliable and efficient result. These tools are specifically designed to grip and twist the wire, making the tensioning process much easier and more effective.
Regularly checking the tension of your wire fence is crucial for it’s durability and effectiveness. Over time, external factors such as weather conditions and animal activity can cause the wire to loosen. By periodically inspecting and re-tensioning your fence using the hitch or twist-tie technique, you can maintain a secure and reliable barrier on your property.
How to Choose the Right Tensioning Tool for Your Wire Fence
- Consider the wire type
- Choose the appropriate tensioning method
- Determine the desired tension level
- Consider the wire fence length
- Evaluate the durability of the tensioning tool
- Take into account your budget
- Research customer reviews and ratings
- Consult with experts or professionals
- Compare different tensioning tools
- Make an informed decision based on your specific needs
Watch this video on YouTube:
https://www.youtube.com/watch?v=TsERxy5GK4M
Choosing the right gauge wire for a high tensile fence is essential for it’s strength and durability. One popular option is the 12.5 gauge high tensile wire, commonly used in deer, cattle, hog, sheep, and goat field fences. Unlike low carbon wire, this high tensile option stretches 1.5-2% under tension, yet can withstand breaking at an impressive 15-1600 lbs. In fact, it’s three times stronger than it’s low carbon counterpart, making it a reliable choice for a variety of agricultural applications.
What Gauge Wire for High Tensile Fence?
When it comes to making a tension wire fence, one of the most important factors to consider is the gauge of the wire. For a high tensile fence, a commonly used choice is 12.5 gauge wire. This specific gauge is found in various field fences that are designed to contain animals such as deer, cattle, hogs, sheep, and goats.
This type of wire is three times stronger than the traditional 12.5 gauge low carbon wire. It’s a breaking point of 15-1600 lbs., which significantly reduces the risk of the wire breaking under tension.
For larger or more aggressive animals, a higher gauge like 12.5 can provide added strength and durability to withstand their force.
It’s superior strength and ability to stretch make it ideal for containing animals and providing a secure barrier.
Benefits of High Tensile Wire Fencing
High tensile wire fencing offers several benefits compared to traditional fencing options. Firstly, it’s much stronger and more durable, making it ideal for containing livestock or keeping out unwanted animals. The increased strength of the wire also allows for greater spacing between posts, reducing the overall cost and installation time.
Another advantage of high tensile wire fencing is it’s flexibility. It can be easily adjusted to accommodate changes in terrain or expansion of the fenced area. Additionally, the wire is resistant to sagging or stretching over time, ensuring that the fence remains taut and secure for years to come.
In terms of maintenance, high tensile wire fencing requires minimal upkeep. Due to it’s galvanized coating, it’s highly resistant to rust and corrosion. This means less time and money spent on repairs or replacement of damaged fencing.
Overall, the benefits of high tensile wire fencing make it a popular choice for both agricultural and residential applications. It’s strength, durability, flexibility, and low maintenance requirements make it a cost-effective and reliable option for keeping your property secure.
The distance between wire fencing fence posts is an important consideration when it comes to maintaining tension and ensuring the durability of the fence. Typically, the standard spacing for barbed wire or woven wire fences ranges from 10 to 12 feet. However, it’s crucial to take into account the terrain, as slopes may require additional posts to effectively support the wire and maintain it’s tension.
How Far Apart Are Wire Fencing Fence Posts?
When it comes to creating a tension wire fence, the spacing of the fence posts is crucial. Unlike fences that need to support weight, wire fences rely on the posts to maintain tension in the wire. Generally, the spacing for a standard barbed wire or woven wire fence is around 10 to 12 feet. However, it’s important to note that this spacing can vary depending on the terrain.
Sloping terrains can put additional strain on the wire, causing it to sag or stretch. This may mean placing the posts closer together, perhaps at intervals of 6 to 8 feet, depending on the severity of the slope.
By placing more posts on slopes, you can effectively counterbalance the tension exerted on the wire, keeping the fence taut and secure. This also helps to prevent any gaps or unevenness in the fencing, maintaining it’s functionality and enhancing it’s appearance.
Whether youre dealing with flat ground or challenging slopes, the appropriate spacing will help to create a durable and effective barrier for your property.
Source: How Far Apart Should Fence Posts Be? – Family Handyman
Conclusion
The process involves digging holes for the corner posts, setting them securely, constructing sturdy braces, and attaching insulator tubes. Unrolling the wire and laying out the line posts are essential steps before attaching the insulator tubes and wire on the second corner. Finally, cutting and attaching the wire on the first corner completes the construction process. By following these steps, individuals can create a strong and effective tension wire fence to enclose and protect their property.