Woven Wire / Field Fence

Short Answer High-tensile fence is technically stronger in pure wire strength and long-term tension durability, while woven wire is stronger in impact resistance and containment reliability. For perimeter livestock fencing, high-tensile lasts longer under proper tension. For smaller livestock and predator control, woven wire provides more physical barrier strength. Why This Question Matters “Stronger” and […]

Short Answer Yes, woven wire fence requires maintenance—but far less than many other fencing types when installed correctly. Routine inspections, minor tension adjustments, vegetation control, and occasional post repairs are usually enough. A properly installed woven wire fence can last 20+ years with manageable, low-frequency maintenance. Why This Question Matters Many farmers assume woven wire

Short Answer To install woven wire fence properly, set strong corner and brace posts first, space line posts 8–12 feet apart, stretch the wire tightly using proper tools, and secure it firmly to each post. Correct bracing and tensioning are more important than speed—poor setup leads to sagging, weak spots, and early failure. Why This

Short Answer The best post spacing for woven wire fence is typically 8 to 12 feet apart for line posts, with heavy-duty corner and brace posts properly installed. Closer spacing (8–10 feet) provides better tension support and predator resistance, while 12-foot spacing may work in low-pressure livestock areas with stable soil. Why This Question Matters

Short Answer Yes, woven wire fence can stop many common predators such as coyotes, foxes, and stray dogs — but only when properly installed with tight mesh spacing, secure bottom contact, and adequate height. Standard field fence alone may not stop climbing or digging predators unless reinforced with electric offsets or buried wire. Why This

Short Answer Woven wire fence typically costs $4 to $12 per linear foot installed, depending on wire gauge, fence height, post spacing, terrain, and labor rates. Basic field fence with T-posts sits at the lower end, while taller livestock fencing with wood posts and heavy-gauge wire reaches the higher range. Why This Question Matters Fence

Short Answer For most farm and pasture applications, woven wire is better than welded wire. Woven wire is flexible, absorbs animal pressure without breaking, and lasts longer in large livestock systems. Welded wire works well for small pens and low-pressure enclosures, but its rigid weld points can fail under sustained livestock stress. Why This Question

Short Answer For most livestock applications, 12.5-gauge woven wire is the best all-around choice. It provides strong resistance to stretching and animal pressure while maintaining long-term durability. Lighter 14-gauge options may work for sheep or low-pressure areas, but cattle and mixed livestock operations generally benefit from heavier gauge wire. Why This Question Matters Choosing the

Short Answer A properly installed woven wire fence typically lasts 20 to 40 years outdoors, depending on wire gauge, galvanization quality, climate, and maintenance. Heavy Class 3 galvanized field fence in dry climates can exceed 40 years, while lighter-gauge or poorly tensioned fencing in wet, corrosive environments may begin failing within 15–20 years. Why This

Short Answer Yes—woven wire fence (also called field fence) is generally a very good option for cattle, goats, and sheep when properly selected and installed. It provides physical containment, resists pressure better than welded wire, and reduces escape risks for smaller livestock. However, mesh size, wire gauge, and post spacing must match the animal type.