The laboratory bench is frequently used in the entire lab work, providing a professional work platform for experimenters, where we need to complete tasks on the surface during any experiment. It is this usage that leads to the rapid wear of the benchtop. Additionally, certain chemicals, if accidentally spilled on the surface, can also cause damage. However, to extend the lifespan of the benchtop, there are now many types of materials available, each with its own advantages. Below, the editor will compare the materials and their pros and cons of laboratory benchtops.

1. Solid-core chemical boards are made by compressing various types of paper and corrosion-resistant materials, with only a single transparent film on the surface, which boasts good corrosion resistance. However, due to the paper content, this material absorbs some humidity and moisture from the air during use, leading to surface deformation. Moreover, solid-core chemical board countertops cannot be directly exposed to flames, as contact may cause the surface to ignite.

2. Epoxy resin boards are baked with various hardeners, and this material will automatically ignite once it reaches a certain high temperature. Moreover, the surface is not treated with any special process, making it prone to damage during use and easy to scratch.

The ceramic countertops are made from a variety of soils, with a glaze finish applied to the surface. These countertops, after being fired at high temperatures, are resistant to damage from strong acids and alkalis and do not deform. Due to their unique material properties, they are particularly suitable for use in certain specialized laboratory environments.