What is a Microllam beam?
What is a Microllam beam?
A microlam, sometimes called a lam beam or laminated veneer lumber (LVL), is a type of engineered timber. Common uses include carrying beams, joists, and headers. The way microlam is made is the secret to its strength. Like plywood, thin sheets of wood are glued together to create beams.
What is the difference between a Microlam and LVL?
What Laminated Veneer Lumber (LVL) Is. Much like plywood, thin sheets of wood are sandwiched and bound with super-strong glue. Unlike plywood, Microllam and other LVLs are solid and intended to carry loads. This means that LVL has greater strength in a smaller size than solid lumber.
Are glulam beams expensive?
Glulam can also be more expensive than traditional lumber. When stained, it can look noticeably different than a solid piece of Timber and has a different aesthetic than solid beams.
Is Microlam stronger than steel?
Steel beams are much stronger than Microllam and other engineered wood beams of the same dimensions.
What is Microllam LVL?
Microllam® LVL (Laminated Veneer Lumber) is one of the older Trus Joist® products but still a versatile performer in a wide range of structural applications. Microllam® LVL is engineered from large sheets of veneer laminated together to form a rectangular beam product.
Where to buy LVL beams?
Boise Cascade’s two massive US-based plants in Louisiana and Oregon and its many distribution centers make VersaLam one of the largest suppliers in the LVL field. This also means that VersaLam is your best bet for obtaining LVL if you are a residential consumer rather than a contractor with inside buying connections.
What is a micro Lamb beam?
A microlam, sometimes called a lam beam or laminated veneer lumber (LVL), is a type of engineered timber.
What is a Lam beam?
A laminated veneer lumber beam is a beam constructed by gluing thin layers of wood together, similar to plywood. Unlike plywood, however, laminated veneer lumber beams are designed to bear heavy loads.
What is a micro beam?
A microbeam is a narrow beam of radiation, of micrometer or sub-micrometer dimensions. Together with integrated imaging techniques, microbeams allow precisely defined quantities of damage to be introduced at precisely defined locations.
