Overview

The vacuum medium frequency sintering furnace is a batch-type induction electric furnace independently developed by Yuanhang Industrial Furnace. It utilizes the principle of electromagnetic induction to directly heat graphite or tungsten crucibles, achieving extremely high energy conversion efficiency. This equipment is widely used for the densification treatment of cemented carbides, superalloys, powder metallurgy materials, functional ceramics, and optoelectronic materials under ultra-high temperature, high vacuum, and protective atmosphere conditions. Particularly for the forming and sintering of refractory metals and their alloys, its performance indicators have reached industry-leading levels.

Image: Yuanhang Industrial Furnace - Vacuum Medium Frequency Induction Sintering System (Supports 2500°C Ultra-High Temperature)

Technical Specs

Technical Features of Yuanhang Vacuum Sintering Furnace

1. 1.Flexible Structural Layout: Horizontal single-chamber design with optional front door or front/rear double doors. The equipment layout is compact, significantly improving loading and unloading efficiency.

2. 2.Rapid Cooling System: Utilizes natural cooling in the high-temperature section and supports forced cooling with pressurized inert protective gas in the low-temperature section, reducing the single-furnace turnaround time by over 30%.

3. 3.Precise Infrared Monitoring: Equipped with far-infrared optical pyrometry components, achieving measurement accuracy as high as 0.2%~0.75%, ensuring the repeatability of ultra-high temperature sintering processes.

4. 4.Fully Automatic Process Management: Features dual-mode operation with program control and manual control. The PLC records all historical process curves, supporting connection to digital factory systems.

5. 5.Comprehensive Safety Protection Matrix: Equipped with complete automatic protection and alarm functions for over-temperature, over-pressure, and water circuit interruption.

Applications

• • Powder Metallurgy: High-precision forming and sintering of refractory alloys (tungsten, molybdenum, etc.).
  • Cemented Carbides: Vacuum protective heat treatment of various high-hardness cutting tools, abrasives, and mold materials.
  • Ceramic Materials: High densification of functional ceramics such as transparent ceramics, alumina, and zirconia.
  • Semiconductor Optoelectronics: High-temperature vacuum purification of key optoelectronic materials and their components.