One of the core elements of custom-made high stools for laboratory use is material selection. Common custom materials include anti-static stainless steel, epoxy resin-coated metal, and acid and alkali resistant PP plastic. Taking anti-static high stools as an example, their surfaces are typically treated with conductive materials, and grounding devices eliminate static electricity buildup, preventing interference from static electricity on precision instruments in electronics laboratories.
While the application of these custom materials receives relatively little discussion, it directly impacts laboratory safety and instrument stability. In the Yangtze River Delta region, including Shanghai and Suzhou, where research institutions are concentrated and the manufacturing base is strong, custom manufacturers can quickly respond to demands for special materials. For example, for alcohol-resistant stool surfaces in biomedical laboratories, a special fluoropolymer coating process is used to ensure stable performance even under frequent disinfection conditions.
