3000C High temperature vacuum induction melting furnace

SKU: MND-134175

This product is a high temperature vacuum induction melting furnace, using induction heating, equipment melting temperature can reach 3000℃. Stainless steel water-cooled chamber, equipped with quartz observation window to observe sample melting, suitable for metal sample melting and heat treatment, phase diagram study. The equipment adopts high quality high-frequency induction power supply, the maximum power is 35KW. The equipment adopts infrared temperature measurement, intelligent temperature controller temperature control, with over temperature protection function, can accurately control the melting temperature.

 Product Description

Presenting our high-temperature vacuum induction melting furnace, a state-of-the-art equipment utilizing induction heating to achieve an impressive melting temperature of 3000℃. Designed with precision and versatility, the furnace features a stainless steel water-cooled chamber with a quartz observation window, facilitating the observation of sample melting. This makes it ideal for metal sample melting, heat treatment, and phase diagram studies. The equipment is powered by a high-quality high-frequency induction power supply with a maximum power capacity of 35KW.
 

Incorporating advanced temperature control mechanisms, the furnace employs infrared temperature measurement and an intelligent temperature controller with over-temperature protection, ensuring precise control over the melting temperature. To enhance the vacuum conditions and improve smelting quality, the equipment is equipped with a high vacuum diffusion pump group. Additionally, the furnace is designed for user convenience, featuring a lifting platform and turning handle for easy casting and sampling operations post-smelting. The inclusion of a dumping device allows for the seamless transfer of melted samples into pre-prepared molds, shaping them as required. This comprehensive and efficient equipment is not only fast and user-friendly but also environmentally conscious, aligning with laboratory metal sample research needs.
 

Delving into the technical parameters, the high-temperature vacuum induction melting furnace boasts a common temperature capability of 2800°C. With a vacuum chamber size measuring φ1000mm × 1400mm and a crucible volume of φ120mm × 150mm, the furnace facilitates the smelting of 5-10 kilograms of material. Operating with working gases such as vacuum, argon (Ar), nitrogen (N2) gas protection with a slightly positive pressure, or vacuum replacement, this furnace offers flexibility in experimental setups. The far-infrared optical temperature measurement technology enables accurate temperature measurement in the range of 1000°C to 3000°C. Temperature control is achieved through PID intelligent program control, ensuring a temperature control accuracy of ±1°C, with the option for manual control.
 

The furnace incorporates a protection mode employing a PLC-based intelligent warning system, alarm protection, and necessary safety measures for the power supply. Electrical specifications indicate operation on a voltage of 480V at 60Hz with a three-phase configuration, guaranteeing efficient and reliable performance. This high-temperature vacuum induction melting furnace stands as a reliable and sophisticated solution for advanced metallurgical research and experimentation.
 

 

 

Disclaimer: The information presented on this website, including product images, product descriptions, and technical parameters, serves as a reference guide. Please note that due to potential delays in updates, discrepancies may exist between the content displayed here and the current product status. We encourage you to reach out to our dedicated sales team to verify the most up-to-date details. It is important to understand that the information provided on this site does not constitute a formal offer or commitment, and our company reserves the right to periodically enhance and amend website information without prior notice. We appreciate your understanding in this regard.