What are the most important factors in determining the table’s resistance to pests or insects?

The longevity and integrity of a wooden table are significantly threatened by pests and insects. Determining a table's resistance involves several critical factors, with the primary material being paramount. Dense hardwoods like teak, oak, or maple possess natural oils and tannins that deter insects, making them inherently more resistant than porous softwoods like pine.

Beyond the core wood species, the construction and treatment of the material are crucial. Proper kiln-drying during manufacturing eliminates moisture that attracts pests and kills any existing larvae. The application of protective finishes—such as polyurethane, lacquer, or specialized sealants—creates a physical barrier, preventing insects from burrowing into the wood. The quality and integrity of this finish, without cracks or gaps, are essential for ongoing protection.

Environmental factors and maintenance play a continuous role. Tables kept in dry, climate-controlled environments are far less susceptible than those in damp, humid areas where pests like termites thrive. Regular inspection for early signs of infestation (sawdust, holes, weak joints) and prompt treatment are vital defensive practices. Furthermore, the table's design influences susceptibility; complex joints and untreated undersides can be vulnerable points.

In summary, a table's pest resistance is not determined by a single feature but by a combination of its inherent wood properties, manufacturing treatments, applied protective finishes, and the ongoing care and environment provided by the owner.