Hex Lag Screws Or Hex Lag Bolts Are Strong Fasteners

For More Questions Answered On Bolts
Call Our Sales Professionals At 1-718-589-6225

Questions And Answers On Hex Lag Screws

Where Are Hex Lag Screws Used?

Hex lag screws are used to secure heavy components in wood-based structures. Conventionally, these fasteners have been used to connect wooden lagging on pipes.

They are also essential in deck building, timber framing, playground equipment, and wood-based retaining walls. Hex lag screws can sometimes be used in masonry-based forms but this will require the addition of lag shields.

What Are Hex Lag Screws?

Hex lag screws are characterized by a hex-shaped head. They have a threaded shaft with a pointed end.

Lag bolts are another way of referring to these fasteners. They are suitable for use in many wood-based structures and heavy lumber applications. This is due to their exceptional strength and load capacity that exceeds self-drilling wood screws, sheet metal screws, and other standard fasteners.

What Are Hex Lag Screws Used For?

Hex lag screws are used to connect structural elements made from wood. They are especially strong threaded fasteners that are suitable for establishing heavy lumber framing and various connections.

These screws are notably reliable in settings that require fasteners that are more enduring than standard wood screws, sheet metal screws, and self-drilling screws.

What Are Hex Lag Screws Made From?

As a standard, hex lag screws are manufactured with a core made from high-carbon steel, which is then coated to add resilience and resistance to corrosion.

Zinc-coating, stainless steel finishing, and hot-dipped galvanization are common treatments. These fasteners are also made from other industrial-grade materials, including stainless steel.

How Much Weight Can Lag Screws Hold?

The weight or load capacity of a lag screw will be determined by factors that pertain to the fastener itself as well as where and how it is installed. The screw’s length, diameter, and material will determine, in part, how much weight a lag screw can hold.

Additionally, the density of the wood in which the screw is installed will determine the load capacity.

How Can Lag Screws Be Removed?

To remove a lag screw, a tool that’s able to turn the fastener can be applied to the head. For the removal of hex lag screws, a wrench or ratchet that fits with hexagonal headed fasteners will be effective.

To begin, the bolt should be turned slightly in a counterclockwise direction. This will determine the appropriate level of torque required. A hand or electrical tool can then be used until the screw is removed from the material.

Do Lag Screws Need Washers?

Washers should be used with hex lag screws when they are installed into softer materials like wood.

Since these screws are made from metal, the added load distribution and support from a washer are integral to preserving the installation surface and overall assembly. Washers prevent the head of the screw from becoming embedded into the lumber.

Do Lag Screws Need Pilot Holes?

It is recommended that pilot holes be drilled when installing hex lag screws. This step is necessary to help ensure the head will not break as torque is applied during installation. It is very important to drill pilot holes with large diameter lag bolts.

The pilot hole diameter should be slightly smaller than the diameter of the bolt. As an example, a 1/2-inch pilot hole would be drilled for a 3/4-inch screw.

Are Lag Screws Strong?

Lag screws are an appropriate choice when a stronger fastener is required in a wood structure.

They have an extended length and broader diameter that contributes to their load capacity, which is greater than standard wood, self-drilling, and metal screws. This is why they are chosen for the joining of lumber and similar wood structural elements.

Are Lag Bolts And Lag Screws The Same?

Lag bolts and lag screws refer to essentially the same type of threaded fastener. They have a pointed end and are meant to be installed into various wood structural elements.

They are capable of fastening connections with heavier load demands and exceed the capacity of self-drilling, wood, metal, and other standard screws.