Developed for chemical-resistant laboratory environments all over the world is a professional polypropylene (PP) laboratory table.Welding techniques create the entire frame and work surface from premium polypropylene, therefore giving great chemical resistance to acids, bases, and organic solvents often used in analytical processes.The chemically resistant architecture resists exposure to strong laboratory chemicals and cleaning methods without incurring damage, chemical absorption, or structural failure.To stop chemical spills and make working with corrosive substances safer during laboratory tasks, the worktop includes built-in elevated edges.Adjustable 030mm feet ensure a safe installation and give lab personnel the perfect working height on erratic laboratory floors.By preventing the accumulation of static electricity, an antistatic covering protects fragile laboratory equipment and electrical equipment from electrical discharge. Simple to sanitize and decontaminate after chemical exposure, smooth surfaces do not let bacterial buildup points.Modular design lets one design specific laboratory layouts and easily integrate parts as research needs change.Its lightweight yet strong design makes it simple to transport and reorganize as laboratory chemical processes must change over time.Adheres to lab work norms and chemical safety guidelines for chemical-resistant surfaces in corrosive environments.Long-term chemical resistance and durability guaranteed by the maintenance-free design need no particular maintenance or protective coverings.For laboratory equipment installation and electrical service demands, integrated cable management and utility connections are offered. Perfect for research institutions, university chemistry departments, pharmaceutical corporations, chemical laboratories, analytical facilities, and laboratory settings where lightweight, chemicalresistant, and maintenancefree work surfaces are required for acidbase analysis, corrosive chemical procedures, organic solvent work, and analytical applications that demand exceptional chemical compatibility and resistance to harsh laboratory chemicals.