Used INTLVAC BJ-26x20 #293660468 for sale

INTLVAC BJ-26x20 is a high-performance industrial reactor designed for applications requiring high power production and demanding process control. Its most notable features are its advanced hot gas valves, efficient condenser coils, large antechamber and long lasting refractory lining. This allows it to produce high thermal output with high repeatability in a number of process conditions. BJ-26x20 is constructed from 304 stainless steel and is capable of operating at high temperatures up to 1100°C. It has a cylindrical shape, with the flanges configured to reduce thermal losses. The antechamber of the reactor allows the introduction of reactants into the reaction chamber, with the high pressure valves allowing safe and controlled operation. The reactor chambers feature an advanced hot gas control system. This allows for rapid heating and cooling cycles in a predictable and repeatable manner. The system works by introducing a secondary gas flow in order to control the heat output and temperature in the reaction chamber. This allows for a smooth and accurate temperature control. The condenser coils of INTLVAC BJ-26x20 feature improved efficiency due to the use of double-walled stainless steel tubing. The design of the coils ensures efficient cooling when heating and vice versa. This ensures the pressure and temperature of the reaction products are kept within a narrow range during operation. BJ-26x20 reactor also benefits from a long lasting refractory lining. This allows the reactor to resist harsh chemical and thermal conditions and helps keep the operating parameters as consistent as possible. INTLVAC BJ-26x20 reactor is an impressive industrial tool, combining precision and efficiency in the same device. It is the perfect choice for applications that require high power production and process control. Its durable components, the hot gas control system and low maintenance requirements make BJ-26x20 a cost-effective choice; and its efficiency means it can help to reduce energy usage in many processes.