Used GEORGE FISCHER IR-63 #9229490 for sale

GEORGE FISCHER IR-63 is laboratory equipment designed for the production of stirrer bars for a wide range of laboratory applications. The stirrer bar consists of a handle with three inlet and three outlet ports which connect to the standard laboratory connection and are designed to be used with a stirrer drive. The hole at the top of the handle allows the user to firmly secure the bar to a stirrer drive and tighten the setscrews which firmly hold the stirrer bar in place. The stirrer bar is made from high quality, light-weight stainless steel that is designed for maximum strength and durability. The bar has an external diameter of 7.82mm and a total length of 63mm. The cylindrical section of the bar is precision machined within a tolerance of 0.01mm, making it exceptionally smooth and long-lasting. The bar also features a silicone rubber coating, which ensures a stable surface and prevents any potential damage from the use of aggressive chemicals. IR-63 is designed for use with water-based liquids, and can be used for a wide range of laboratory applications. It has a maximum operating temperature of 60 degrees Celsius and can be used for mixing operations up to a maximum speed of 100 rpm. The stirrer bar is also equipped with a stopper to help prevent the stir bar from slipping off the stirrer drive in the event of an accident. The integrated design of the George Fisher GEORGE FISCHER IR-63 bar makes it suitable for a variety of applications, from simple liquid stirring to complex experiments with high-viscosity liquids. The stir bar has a low profile and is corrosion-resistant for maximum durability. Thanks to the silicone rubber coating, the bar is temperature and chemical resistant, allowing it to be used in high-temperature mixtures and mixtures with aggressive chemicals. The George Fisher IR-63 bar is an excellent choice for any laboratory setting, offering superior performance and reliability. Thanks to its durable construction and precision machining, the bar is ideal for a wide range of stirring operations and can deliver consistent results. With its excellent temperature and chemical resistance, the bar can be used in demanding experiments and can be used in a variety of laboratory applications.