Used HAAKE SWB 25 #9113402 for sale

HAAKE SWB 25 is a lab-based apparatus that is used to perform a wide range of experiments. It is a benchtop tool used to carry out different physical and chemical analysis. The device is employed to determine various properties such as specific gravity, boiling point, melting point, refractive index, surface tension, flash point, and optical rotation. SWB 25 is an efficient and precise solution for measuring different physical and chemical characteristics of a material. It consists of a dosing system, a lab bath, a digital display, and a temperature control interface. The device is capable of performing at temperatures ranging from -20 degrees Celsius to +130 degrees Celsius. It also has a fast response time and is equipped thermal sensors, which ensure accurate temperature measurements. The device has a wide range of applications including sample analysis, catalyst blending, and oil and fuel testing. The dosing system is designed to allow precise addition of a reagent or sample to the bath, while the digital display allows for accurate data display. The temperature control interface is also adjustable, allowing for accurate temperature control. HAAKE SWB 25 is a reliable and robust device for lab-based measurements. Its advanced controls and software enable precise measurements and allow users to easily manipulate the data for further analysis. The device is also equipped with a range of safety features which include an audible temperature alarm and an overheat protection system. In addition, the device comes with a comprehensive range of accessories which are all designed to assist with the experiments. This includes steam injection nozzles, level sensors, stand-by fluid baths, stirring systems, and many more. These additional components ensure reliable measurements and provide users with unparalleled results. SWB 25 is an advanced lab-based instrument for measuring physical and chemical characteristics of a material. Its wide range of features, accessories, and safety mechanisms make it an ideal choice for different scientific experiments and studies. With its robust construction and advanced software, the device is capable of delivering accurate and reliable measurements for a wide range of substances.