Used HITACHI / KOKUSAI DJ-1206V-DF #9251675 for sale

HITACHI / KOKUSAI DJ-1206V-DF is a diffusion furnace and accompanying accessories ideal for a variety of diffusion processes. The furnace has a maximum operating temperature of 1,200°C, allowing for high quality diffusion of a wide range of materials, providing users with an efficient and reliable annealing option. It is designed to meet ISO9001, ISO14001 and TUV standards, ensuring safe operation, dependability and longevity. The construct of the furnace is robust and reliable. It features a cylindrical muffle chamber made of high-purity alumina refractory material, surrounded by insulation bricks and controlled by an advanced AI designed to precisely control temperature and prolong the lifetime of components. The atmosphere control system is also designed to provide precise control of a range of atmospheres, from inert to reducing and more. In terms of accessories, the furnace and package are supported by a range of items to ensure successful diffusion operations. These include quartzware and support jigs for the diffusion chamber, bell jars for applications that require quick loading and unloading of samples, shipping containers for sample transfer, exhaust manifolds for atmospheric control and multichannel thermocouples for precise temperature control. In terms of safety, the furnace comes with many safety features, from overheat sensors to emergency shutoff, as well as automatic and manual cooling options. The accompanying accessories are also designed with safety in mind, featuring fireproof insulation and temperature control systems to regulate the diffusion temperature. HITACHI DJ-1206V-DF is a reliable and efficient diffusion furnace and accompanying accessories, ideal for various diffusion operations due to its high temperature operating ceiling and precise temperature control. Its robust construction and a slew of safety features are designed to ensure safe operation, supported by an array of accompanying accessories designed to facilitate efficient diffusion processes.