Built for heavy use in demanding chemical laboratory environments all across the world, this all-steel laboratory table.The frame and all structural elements are made of high-strength steel with a powder-coated anticorrosion finish to guarantee greatest longevity and protection against severe laboratory chemicals.Made of chemical-resistant plastic or ceramic granite, the worktop can survive contact to corrosive chemicals during demanding laboratory processes.While still offering stability for heavy chemical equipment and analytical instruments, the sturdy metal construction can support distributed loads of up to 500 kg/m2.All welded joints are treated with anti-corrosion compounds to ensure long-term structural integrity under chemical exposure environments.For daily use in challenging chemical lab applications, steel cabinets and drawers with telescoping guides were made.When installing equipment, polymer pads on adjustable steel feet (030 mm) offer a secure setup and guard lab floors from scratches.The material is immune to chemicals, so it can endure exposure to laboratory acids, bases, solvents, and intense cleaning techniques without degrading or jeopardizing its stability.Offers the best durability and protection for costly laboratory equipment investments in challenging research applications, this costeffective solution complies with worldwide laboratory safety standards and industrial workstation requirements for robust laboratory furniture in chemical settings.The modular approach enables the design of specialized laboratory plans as well as expansion to match growing industrial research demands and equipment needs.Available in a range of sizes and configurations to satisfy many laboratory space and heavy equipment installation needs. Best suited for analytical centers, university science departments, pharmaceutical companies, industrial research facilities, chemical laboratories, and laboratory environments needing sturdy, dependable, and durable work surfaces for heavy equipment operation, intense chemical work, and exacting analytical processes requiring the utmost levels of structural integrity and chemical resistance performance.