Presentation of the equipment's characteristics

The Silicon Carbide Recrystallization Sintering Furnace is specifically designed for high-temperature sintering of silicon carbide products. It is mainly used in the production of high-purity silicon carbide structural components, household ceramics, sanitary ware, electrical ceramics, electronic ceramics, metallurgy, and chemical industries. This furnace integrates an advanced high-temperature chamber, an energy-efficient heating system, and intelligent temperature control technology, ensuring optimal performance for various industrial applications. Additionally, it is suitable for sintering silicon carbide composite materials and reaction-bonded silicon carbide processes, providing users with a stable and reliable high-temperature sintering solution.

processed samples

Technical Features

  1. High-Temperature Durability: Uses high-temperature heating methods to ensure uniform heating and enhance product density.
  2. Precision Temperature Control: Equipped with intelligent temperature control technology for accurate temperature regulation, improving sintering quality.
  3. Vacuum and Pressure Regulation: Supports both vacuum sintering and partial pressure sintering to meet different material requirements.
  4. Automated Material Handling: Features a horizontally movable material cart for easy loading and unloading, enhancing production efficiency.
  5. Safety Protection System: Includes a dual-stage pressure protection system for stable and secure operation.
  6. Smart Operating System: Supports remote monitoring and data logging for intelligent production management.

The Silicon Carbide Recrystallization Sintering Furnace is a high-temperature industrial furnace designed for sintering aluminum oxide and silicon carbide products. It is widely used in household ceramics, sanitary ware, electrical ceramics, electronic ceramics, metallurgy, and the chemical industry. Particularly in the field of metal powder manufacturing, this furnace offers excellent performance in densification, homogenization of alloy powders, and high-temperature stability testing, ensuring that sintered metal powders exhibit high purity, high density, and superior mechanical properties.

Advantages in Metal Powder Manufacturing

  1. High-Temperature Stability: Operating at temperatures up to 2400°C, enabling uniform sintering of metal powders, improving material density and mechanical strength.
  2. Vacuum and Partial Pressure Sintering: Equipped with vacuum and partial pressure sintering capabilities, precisely controlling the sintering atmosphere to prevent oxidation and enhance powder sintering quality.
  3. Uniform Heating System: Utilizes induction heating technology combined with an intelligent temperature control system to ensure a uniform temperature distribution, benefiting the homogenization of metal powders.
  4. Protective Atmosphere & Precision Control: Features an advanced gas control system, allowing precise adjustment of gas flow, making it suitable for sintering tungsten powder, titanium alloy powder, aluminum-based alloy powders, and more.
  5. Automation & Safety: Designed with a horizontally movable material cart for easy loading and unloading, improving efficiency. It also includes a dual-stage pressure protection system to ensure safe and stable operation.
  6. Environmental Filtration System: The vacuum system is equipped with dust filtration and purification devices, reducing pollution during sintering, meeting green manufacturing standards.
ModelEffective Heating Zone (HeightWidthLength mm)Max Temperature (°C)Ultimate Vacuum (Pa)Temperature Uniformity (°C)Pressure Rise Rate (Pa/h)Heating Power (kw)Loading Capacity (kg)
GSTR225200x200x50024000.3±5≤0.49080
GSTR337300x300x70024000.3±5≤0.4120120
GSTR449400x400x90024000.3±5≤0.4150200
GSTR612600x600x120024000.3±5≤0.4210300
GSTR618600x600x180024000.3±5≤0.4300600
GSTR624600x600x240024000.3±5≤0.4360800
GSTR830800x800x300024000.3±10≤0.45401200
GSTR840800x800x400024000.3±10≤0.47201500