1600℃ High Temperature Vacuum Hot Pressing Furnace Instructions

SKU: MND-134353

This device can heat quickly by induction and can precisely control the temperature. At the same time, it is equipped with a special composite mold, which is easy to demould and does not damage the sample. The sintering process is simple, the sintering time is short, and it is easy to form. It has the functions of rapid sintering and activation sintering. It is an ideal method for forming and sintering thermoelectric materials.

 Product Description

The hot pressing furnace is specified with various key technical parameters. It operates on an AC voltage supply of 380V and 50Hz. The total power rating for this furnace is 27KW, ensuring efficient performance. The vacuum chamber is designed with a 260mm outer diameter, 230mm inner diameter, and 305mm length. It employs a double-chamber configuration with a water-cooled interlayer to facilitate heat management during operation. The pressure control system is characterized by a hydraulic pump cylinder with a 60mm diameter and a movable stroke of 35mm. This system offers automatic pressure control to ensure precise and consistent results. For induction heating, the furnace is equipped with a power supply that can deliver a maximum power of 25KW. It operates on a three-phase current with a rating of 40A. The furnace can reach a maximum operating temperature of 1600°C in less than 30 minutes. It also incorporates safety features such as over-temperature and over-power protection to ensure safe operation. Temperature control is achieved using a PID temperature control system. It provides temperature accuracy within ±10℃ and includes over-temperature breakout protection to prevent overheating. The overall dimensions of the hot pressing furnace are 1000mm in length, 820mm in width, and 1600mm in height, providing a compact and manageable footprint for easy integration into various industrial and laboratory settings. This furnace's specifications make it well-suited for high-temperature applications with precise control and safety features.