Used KOKUSAI / HIKE DJ-803V-8C #293642882 for sale

KOKUSAI / HIKE DJ-803V-8C is a diffusion furnace & accessory designed for use with semiconductor devices. It is suitable for precise control during processes such as alloying (alloying components consist of two or more elements) and annealing (heat treatments that involve rapid heating followed by rapid cooling). The equipment is designed for compatibility with nitrogen, forming gas and other process gasses. The diffusion furnace is constructed using advanced materials for the highest degree of performance, accuracy and security. The outer body is fabricated from aerospace grade aluminum, resulting in a durable and corrosion-resistant construction. The furnace is designed for quiet operation and is equipped with a cooling fan to dissipate heat. HIKE DJ-803V-8C has user-friendly controls and is equipped with an LED display that accurately presents all any available settings. Temperature control is managed via a PID (Proportional-Integral-Derivative) controller, while an integrated temperature alarm is incorporated to guard against thermal runaway. The ergonomic design allows easy transport and storage and the small space required to operate the device makes it suitable for lab and workshop environments alike. The device is fitted with an independent furnace relay-controlled power supply and can operate at temperatures up to 900ºC±10ºC (1650ºF ±18ºF). Other features include automatic gas control, a pressure-relief function and a comprehensive set of safety protection features including state-of-the-art surge protection and ground fault interruption. The furnished quartz liner offers superior insulation and also superior process repeatability. This diffusion furnace and accessory from HIKE brings together the latest technologies, advanced materials and high temperature processes. Whether you are creating semiconductor devices, performing alloying processes or just need reliable annealing equipment, you can rely on KOKUSAI DJ-803V-8C for precision results and reliable operation.