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Unveiling the Distinctions: Glulam vs. Laminated Veneer Lumber (LVL)

Glulam vs Laminated Veneer Lumber

The vast majority of today’s wooden structures, if not all of them, make use of engineered wood materials. Glulam timbers and laminated veneer lumber (LVL) are two of the most popular choices for construction.

Determine which woodworking material is best for your project by comparing Glulam with LVL.

Glulam vs. LVL

Glulam, in contrast to LVL, is constructed by fusing together planks cut from the same tree. Each board has been oriented so that its grain runs in the same direction. Strong and stable, this is why glulam beams are so popular.

However, LVL is created by adhering boards from different logs together. Each of the planks is oriented differently with respect to the grain. Because of this, LVL beams are incredibly sturdy and rigid.

LVL stands for laminated veneer lumber.

With LVL, veneers are pressed and heated to permanently adhere them in a row. This method is useful for concentrating light into tiny beams. The bending stress is lower than PSL while the shear strength is higher than LSL. While more expensive than LSL, LVL is less expensive than PSL and glulam.

The primary reason LVL is so popular among builders is its low price. One of its many advantages is its adaptability to narrower beam widths. Adding more plies and nailing them together yields a larger beam. This is incredibly useful in construction jobs where lifting a massive beam would be extremely difficult, if not impossible.

Most often, you’ll see LVL (laminated veneer lumber) used for

Strong designed wood beams are commonly utilised for construction. Here are some of the most common applications:

Purlins Formwork

Boundary walls

Tension straps


Transporters of the ground


Advantages of Laminated Veneer Lumber

Some of LVL’s best features are listed here.

It may be cut and shaped using standard woodworking equipment with ease.

Is a smart method to reduce spending?

burns slowly and steadily, like solid wood, and is fire resistant.

Long sizes commonly have high toughness and longevity.

Creating massive LVL beams from small wood pieces is a simple process.

Strongest and most stable structural support

Using Glulam in Buildings

Glulam, an abbreviation for “glued laminated timber,” refers to a method of joining various laminations of wood using glue. As a result, this material outperforms competing SCL choices in terms of strength and scalability. It may be moulded to match a wide variety of contours and dimensions, making it a highly versatile material.

Energy of Glulam

Glulam is utilised for commercial and residential buildings due to its durability. It can hold heavy loads over long distances without further support. It creates a contemporary aesthetic when employed in structural elements like ceiling beams and trusses that are left exposed. This also makes it an attractive option for businesses with vaulted or panelled ceilings. Glulam’s high fire and water resistance is another plus.

Commonly Used Glulam For

Here are some typical applications of glulam:

There are simple, complex, and everything in between.

U-shaped beams

Arched bridges

Exactly one direction

Anchors and arcs


Glulam’s Advantages

are produced in certified, sustainably-managed forests and carry the PEFC label

superior to steel in terms of fire protection

They are environmentally friendly because they contain little to no formaldehyde. Reduce packaging and shipping expenses.

Roof and floor beams, columns, decking, and bracing are just some of the many applications for Glulam.

Adaptable to various design requirements

standard sizes that may be found everywhere and assembled and repaired quickly and easily

have the rare capacity to create unsupported spans as long as 500 feet.

conform closely to specified parameters


When it comes to construction, both LVL and glulam provide distinct advantages. Glulam beams are custom fabricated to meet exacting specifications. They typically arrive at the construction site having already been sanded, stained, and finished. Naturally, their aesthetic value and high cost go hand in hand. Strong, despite being lighter than concrete or steel. Glulam is typically utilised for the construction of large structures like schools, airports, hotels, and museums.

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