A T Post, also known as a T-bar or a T-stake, is a type of fence post used primarily in agricultural and farming applications to support fencing. It is named for its shape, which resembles the letter "T" when viewed from the end. These posts are typically made of steel and come in various lengths and weights, allowing them to be driven into the ground easily to provide stability for fencing materials like wire mesh, barbed wire, or electric fencing. T-posts are durable, cost-effective, and commonly used in agricultural settings for their ease of installation and ability to withstand tension from fencing materials.
T Posts are versatile and can be used with various types of fencing materials in agricultural, residential, and commercial settings. Some common types of fencing used with T-posts include:
The choice of fencing material often depends on the specific requirements of the enclosure, the type of animals being contained, desired durability, cost considerations, and the intended purpose of the fence. T-posts provide a versatile and adaptable option for securing different types of fencing materials.
A U-channel post, also known as a U-post, is a type of metal fence post that, as the name suggests, has a U-shaped cross-section when viewed from the side. These posts are typically made of galvanized steel, making them durable and resistant to rust and corrosion.
U-channel posts are commonly used in various fencing applications, including:
These posts typically have pre-punched holes along the length of the channel, allowing for easy attachment of fencing materials using wires, fasteners, or clips. They are relatively easy to install and offer versatility for various applications due to their design and the ability to accommodate different types of fencing materials.
The photo (right) shows a metal post driver on top of a T Post. These metal post drivers drastically simplify installation of T Posts or U-Channel Posts. Metal post drivers like the one shown are much safer to use, save a tremendous amount of time, require far less effort to drive the posts AND keep the top of the posts from becoming deformed. Driving a post with a hammer or small sledge often has the effect of creating razor sharp deformations on the top of the posts.