What is the table’s resistance to insect damage or infestation?

The question of a table's resistance to insect damage is central to its longevity and value. Not all tables are created equal; their vulnerability is primarily dictated by the core materials and protective finishes used in their construction.

Solid hardwoods like teak, cedar, and white oak possess natural oils and dense grain structures that act as inherent insect repellents, making them highly resistant to termites and wood-boring beetles. In contrast, softwoods like pine are more susceptible. However, the most critical factor is often the finish. A high-quality, intact sealant—whether lacquer, varnish, or polyurethane—creates an impenetrable barrier, denying insects access to the wood beneath.

For tables made from engineered wood, such as MDF or particleboard, the risk profile changes. These materials are not particularly nutritious for most common wood pests. The greater threat comes from the adhesives used in their lamination, which can sometimes attract certain insects. Furthermore, any breach in the laminate veneer can allow moisture in, leading to decay that subsequently attracts pests.

Beyond material science, environmental factors play a huge role. A table in a dry, climate-controlled interior presents a poor target. Conversely, furniture in damp, humid basements or garages is at a significantly higher risk, as the moisture softens the wood and makes it more palatable to invaders.

Ultimately, a table's insect resistance is a combination of its innate material properties, the integrity of its protective shield, and its surrounding environment. Regular inspection for small exit holes, frass (sawdust-like droppings), and weakened wood is the first line of defense. Ensuring a table remains dry and well-sealed is the most effective strategy for preserving it against the silent, creeping threat of insect infestation.