Used KOKUSAI CX-5000 #293762984 for sale

KOKUSAI CX-5000 is a diffusion furnace and associated components, designed for optimal heat transfer of high-temperature samples. It is ideal for curing, annealing, alloying, sintering, and heat treating applications. The furnace features a high-efficiency heat-up chamber, enabling quicker productivity and higher sample quality. The advanced design of the furnace contains a three-level heating mechanism, for even heat distribution throughout the heating chamber. The top level features a high-performance quartz embedded in a silicone rubber frame to evenly distribute the heat evenly throughout the interior of the furnace. The second level is the hot zone where samples are placed, featuring high-precision Teflon plates to uniformly heat the sample. The bottom level is the furnacing chamber where the heater and coil are encased and isolated for maximum efficiency and thermal consistency. CX-5000 supports a wide range of applications, with a maximum temperature of 1500 degrees Celsius. It has a built-in controller, with alarm and status LED indicators for system monitoring and preventive maintenance. The system is managed by a maintenance software program, which monitors the furnace's performance and operates in accordance with customer preferences. The system also features a Radiant Heat Monitor, to reduce the risk of thermal shock or over heating. KOKUSAI CX-5000 is constructed with durable materials and also contains a cooling fan to maintain a safe temperature level. Furthermore, it is designed to be portable and easily maneuverable. The light weight and compact design of the furnace makes it ideal for research laboratories, production facilities, and remote locations. CX-5000 is a reliable and highly efficient diffusion furnace, which features advanced temperature control and optimum heat transfer capabilities. It is an ideal solution for a wide range of applications, with a maximum temperature of 1500 degrees Celsius. Its easy to maneuver design enables operation in any environment.