Aug. 18, 2025
Are you looking for tips and tricks to help you set up a high tensile fence? High tensile fencing is a great way to keep animals in and predators out, and our electric high tensile fence provides extra predator control for rotational grazers and regenerative farmers looking to set up secure field fencing. It is also a cost-effective way to keep your animals safe and secure. In this article, we will provide you with 9 tips and tricks to help you set up a high tensile fence, along with general recommendations for your field fence that will be helpful in your electric high tensile fence setup. We will discuss the importance of proper installation, the materials you will need, and the steps you should take to ensure your fence is secure. We will also provide you with some helpful tips on how to maintain your field fence and keep it in good condition. By following these tips and tricks, you can ensure that your high tensile fence is properly installed and will last for years to come.
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1. Choose the right type of fence for your needs. High tensile fencing is a great option for containing livestock, but it is important to select the right type for your particular situation. Single strand high tensile fencing can be adequate for containing certain types of livestock, such as cows, while more robust system live high tensile woven wire may be helpful for containing other types of livestock like sheep or goats. If you go with single strand, consider the number of single strands that are required for your livestock type, and consider the risk of predation. Some clever predators can navigate their way through single strand fencing, even if it is adequate for containing your animals. Electrifying a single strand system is required, while woven wire can sometimes be utilized without electricity and still be marginally beneficial for anti-predation. Most grazers using non-electric woven wire high tensile fence will use barbed wire at the top and bottom of the fence, and/or a single strand of electric at the top and bottom of the fence to prevent predators from digging or climbing the fence.
-Electric Single Strand High Tensile
-Electric Woven Wire High Tensile
-Non-Electric Woven Wire High Tensile
2. Install the posts. Regular line posts should be spaced 8-12 feet apart and driven into the ground at least 2 feet deep. Because high tensile is generally stretched to be tight, you will also need to have a solid corner post setup wherever there is a sharp turn in your fencing system. If your pasture is a square, for example, you will need to have at least 4 corner posts in order to support your fence tension for a fence with 4+ 90 degree turns. Generally you will stretch your field fence from corner to corner, in individual sections, rather than stretching your fence all the way around your pasture without stopping. These individual sections are then connected with jumper cables. It is much easier and more secure to set up a fence section by section, which improves rigidity of your field fence, and allows you to address maintenance and repair needs on a section by section basis.
When it comes to pickling posts that go between corner posts, you should pick a permanent solution that is resistant to weather and has adequate strength to support your fence. Our fiberglass fence posts are a popular choice, but there are other choices like polycarbonate or plastic. With that said, Powerflex fiberglass fence posts tend to offer the most competitive and durable option on the market.
3. Prepare the insulators. Insulators should be placed on the posts at regular intervals to prevent the wire from shorting out. For corner posts, make sure your insulators are cut long enough so that the high tensile wire will not end up rubbing against the post.
4. Roll out the wire. High tensile wire should be attached to the posts using a spinning jenny, as manually rolling our high tensile wire can be quite tedious. If you are rolling out our woven wire fence, you will need to either use a ATV, or be patient in rolling it out manually. Using a guidewire, a line that runs the perimeter of your fence to guide you as you roll out the fence, can be quite helpful.
5. Secure the wire. Make sure the wire is securely attached to the posts for each section. Each high tensile wire section will be tied to each corner post by using insulators. Without first extending the wire through post insulators, your corner post will end up grounding your fence (unless it is a fiberglass corner post). A popular technique for connecting high tensile wire to a corner post is to extend it through an insulator, then tie the high tensile wire to itself using a slip knot technique.
6. Make the jumps. End post/corner post in your field fence will represent a short in your fencing system. The entire perimeter of your fence needs to act as a circuit, meaning every section much connect to another. At every corner post/end post location, you can secure multiple jumper cables which will allow the conductivity to pass from section to section. You can use nuts or tie techniques to connect the jumpers to each section.
7. Install the gates. Gates should be installed at the appropriate locations along the fence line. Again, you will need to maintain a circuit even at these gate sections. To do this you will need to create a jump using a underground conduit wire. Dig a trench in front of the gate, and connect the fence sections by connecting them underground, again using nuts or tie techniques.
8. Check the tension. Make sure the wire is properly tensioned. Gripples and the gripple tool can make tensioning a high tensile wire fence easy. Just connect the gripple to the high tensil wire, then connect your gripple tool and tension it that way.
9. Test the fence. Test the fence by using a fence tester, then run a few animals through it to make sure it is secure.
Hi-tensile wire needs only between 150 to 200 pounds of tension. If you're used to putting up barbed wire, then you would normally put about 300 to 350 pounds of tension on it. So, don't over tension hi-tensile wire. Powerflex fence is electrified, and so the tension is not the primary property that will keep predators out or livestock in. You can always check tension and improve tension after the fence is set up.
Because the fence is electric, it should keep weeds "burnt" down and prevent the weeds from overwhelming the fence. Make sure to keep your energizer plugged in so that weeds do not overwhelm the fence. It is a good practice to check your fence perimeter a few times a year to make sure there are no overhanging limbs, and to occasionally trim weeds as they encroach on your fence and lower the voltage of your electric fence system.
Electric fences send pulses of voltage through the wire, and are not likely to harm people, pets, or wildlife. Because the actual amp value is low, the fence is unlikely to cause injury or death to a human. Because the voltage is high but the amps are low, you will not actually end up with much electricity flowing through you when you touch the fence. With this said, it is important to keep a few safety factors in mind. 1) Hang warning signs on your fence 2) Be cautious when bending down to the fence, keep your head away from the fence 3) Keep children away from the fence
At Powerflex Fence we have been proponents of buying and using larger energizers. It is not uncommon (depending on fence load) to drop from 10,000 volts in March to 5 or 6,000 volts in early June. Thats OK! But, on the other hand, if you go from 5,000 volts down to 2,500 volts – youre going to have a problem. We get a lot of calls regarding this scenario. If you are using a voltmeter with a fault finder or fence compass, sometimes you get nervous about readings of 20 to 40 amps. Consider buying energizers with a output joule rating well above your requirements. We encourage you to call our office if you have questions about what energizer is best to choose.
You should install at least 2 or 3 times the amount of grounding rods you think you need, and you should drive them as deep as possible into the ground. The most common issue we run into with new fence installers is that they have not adequately grounded their system. Install multiple grounding rods and link them together. It is not possible to over-ground, but it is very possible to under-ground.
These are videos that reference Powerflex fence setup and help give you some guidance on fence setup. We do not own this content.
The Ultimate Guide to Choosing the Perfect Fiberglass Fence Post for Your Property
Benefits of Woven Wire Fencing
Electric Fence Types: Polybraid vs Electric Netting vs Hi Tensile Woven Wire
Overview of electric fencing
Basics of building a high tensile fence
How to build a floating brace assembly for corner fence
Grounding the energizer
Post and Fence Assembly
Common Tools for High Tensile
A Picture Guide on Building a High Tensile Fence
Electrified Woven Wire Guide
High Tensile Wire Do's and Don'ts
Understanding Insulated Wire and Undeground Cable/Conduit for High Tensile Fencing
By following these tips, you can ensure that your high tensile fence is properly installed and functioning correctly. By using the right type of underground conduit wire, you can ensure that your fence is safe and secure.
Setting up a high tensile fence can be a daunting task, but with the right knowledge and tools, it can be done quickly and easily. By following the 9 tips and tricks outlined in this article, you can ensure that your fence is set up correctly and securely, and that it will last for years to come. With the right preparation and attention to detail, you can have a high tensile fence that will provide you with years of reliable service.
Welded wire mesh is a type of industrial material made by welding intersecting wires at specific intervals to create a grid pattern. The wire used in welded mesh can be made from various materials such as steel, aluminum, and copper, offering flexibility and a wide range of applications. This grid structure ensures structural strength and durability, making it an excellent choice for reinforcement and fencing in a variety of industries.
Durability
Welded wire mesh has exceptional strength and longevity. It’s designed to withstand extreme conditions, whether it’s high traffic in a construction zone or exposure to outdoor weather.
Versatility
You can use welded wire mesh for many different applications: from reinforcing concrete to providing secure fencing, animal enclosures, and even decorative elements.
Low Maintenance
Once installed, welded wire mesh requires minimal upkeep. It resists corrosion and rust, reducing the need for regular maintenance.
Environmental Sustainability
As a recyclable material, welded wire mesh helps reduce waste. It can be reused in various applications, further enhancing its eco-friendliness.
Steel
Steel is the most commonly used material for welded wire mesh due to its strength and affordability. It is suitable for most general applications but may require additional coatings for corrosion resistance.
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Featured content:Aluminum
Aluminum is lightweight and corrosion-resistant, making it ideal for decorative and lightweight applications like garden fences or architectural features.
Copper
Copper’s unique aesthetic properties make it a choice material for high-end projects or applications where appearance matters.
Brass
Brass is known for its durability and excellent corrosion resistance, often used in decorative and architectural applications.
Choosing the right wire diameter and mesh size is essential for the functionality of your welded mesh. A thicker wire diameter generally provides more strength, while the mesh size affects its flexibility and utility for different applications.
Electro Galvanized
Electro-galvanizing involves applying a thin layer of zinc to the wire, offering corrosion resistance but not as robust as hot-dipped galvanizing.
Hot-Dipped Galvanized
Hot-dipped galvanizing provides a thicker zinc coating, offering superior protection against rust and corrosion, especially in harsh environments.
PVC Coated
PVC-coated welded wire mesh offers an additional layer of protection, making it ideal for fencing and outdoor use in challenging weather conditions.
Welded wire mesh must meet certain standards to ensure quality and performance. The following are some of the most widely recognized standards:
In the U.S., ASTM A185 and ASTM A497 are two common standards for welded wire reinforcement and fabric.
British Standards such as BS specify welded fabric for concrete reinforcement.
DIN and JIS are the standards used in Germany and Japan, respectively, for welded wire mesh specifications.
Construction
Used extensively in concrete reinforcement, welded wire mesh enhances tensile strength in roads, bridges, and buildings.
Fencing
Welded mesh provides security and visibility, making it ideal for commercial, residential, and agricultural fencing.
Animal Enclosures
Create safe and secure enclosures for pets, livestock, and zoo animals using welded wire mesh.
Gardening and Agriculture
Welded wire mesh offers plant support, trellising, and protective barriers for gardens and farms.
Gabion Boxes
Used for erosion control, retaining walls, and landscaping, welded mesh forms the structure of gabion boxes.
Determine Your Project’s Requirements
Start by assessing the specific needs of your project—strength, corrosion resistance, and the application.
Consider Material and Finish
Choose the material and finish based on factors like durability, environmental exposure, and aesthetics.
Assess the Mesh Size and Wire Diameter
Choose the appropriate wire diameter and mesh size depending on the load, strength, and flexibility requirements.
Zhejiang Kunyu Wire Mesh Co., Ltd. stands at the forefront of the welded wire mesh industry, renowned for delivering high-quality products with exceptional precision. Established in , Kunyu has grown into a trusted global supplier, serving both domestic and international markets. Our commitment to excellence is reflected in our state-of-the-art production bases in Anping, Hebei Province, and Deqing, Zhejiang Province, which house cutting-edge technology and advanced machinery. With over three decades of experience, we continue to lead the industry, forging lasting partnerships with several Global 500 companies.
As a leading supplier of welded wire mesh, Kunyu specializes in providing versatile and durable solutions for various applications. Our welded wire mesh products are designed to meet the highest standards of quality and reliability, making them ideal for use in construction, fencing, agriculture, and more. With strong domestic sales and robust international trade, Kunyu has solidified its position as a trusted name in the welded wire mesh market, offering unparalleled expertise and value to customers worldwide.
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