Product details
Technical description from the published product record
I. Introduction of the equipment The infrared tube furnace is equipped with an infrared lamp/Contel resistance wire as the heating source, supports manual rotating furnace tubes, adopts alumina polycrystalline fiber insulation, and is equipped with fully automatic program temperature control. The heat treatment can be completed under vacuum, inertia, and reducing atmosphere. The heating and cooling speed are fast, and the cap can be quickly cooled. It is mostly used for laboratory material research and development. 2. Core technical parameters Power supply power: single-phase 220V, optional 3/4/5/6/10KW Multi-standard power temperature indicators: limit 1100 ℃, long-term use ≤ 1000 ℃; heating rate 1 ~ 20 ℃/min adjustable, temperature control accuracy ± 1 ℃ Vacuum configuration: mechanical pump + diffusion pump up to 6.67 × 10 ³ Pa; mechanical pump + molecular pump up to 6.67 × 10 ³ Pa furnace tube specifications: Optional quartz tube, stainless steel tube, conventional sizes Φ80 × 400, Φ100 × 400, Φ100 × 600mm, support non-standard customized control system: 30-segment programmable temperature zone curve, PID controlled silicon phase shift trigger, with temperature correction and compensation function III. Structure and core characteristics Infrared rapid heating Infrared radiation heating Rapid heating, thermal response, with manual rotatable furnace tube, powder The granular material is heated evenly, and it is not easy to clump; the furnace cover can be opened, and the experiment ends with rapid cooling, shortening the waiting period. The lightweight heat preservation and energy-saving furnace is made of alumina polycrystalline fiber.
The heat storage is small, the thermal insulation effect is good, and the overall energy consumption of the equipment is lower. High vacuum and multi-atmosphere compatibility can realize a high vacuum environment, support the introduction of inert/reducing gases such as nitrogen, argon and hydrogen, and avoid high-temperature oxidation of the workpiece. Automatic intelligent control The entire heating and cooling process is set in advance and runs automatically. The temperature control instrument has complete functions, simple operation, and the experimental data can be repeated. The optional material is suitable for wide quartz tubes for carbon-free and high-purity experiments, and the stainless steel tubes are suitable for high-temperature and strong atmosphere conditions, and the sizes can be customized as required. 4. The scope of application is for universities, scientific research units, and new material enterprises, and is used for experiments such as atmospheric sintering, powder reduction, CVD vapor deposition, coal chemical cracking, vacuum annealing, and high temperature synthesis of nanomaterials.
