HWF80-04N

真空马弗炉
July 16, 2025
Kategori Bağlantısı: vakum muffle fırını
Brief: In this video, we provide an informative walkthrough of the HWF80-04N Ultra-Low Oxygen Content Programmable Hydrogen Removal Furnace. You'll see how this muffle furnace operates in heat treatment processes like decarburization and annealing, with a detailed look at its hot air circulation heating system, vacuum/nitrogen sintering atmosphere, and real-time oxygen content monitoring capabilities.
Related Product Features:
  • Ultra-low oxygen content of ≤50 ppm for precise heat treatment processes.
  • Programmable operation with 20 steps for customized thermal cycles.
  • Hot air circulation heating method ensures temperature uniformity of ±5℃.
  • Vacuum and nitrogen sintering atmosphere options for versatile applications.
  • Stainless steel SUS316L tank with internal heating tubes for durability.
  • Comprehensive alarm protection for over-temperature and system failures.
  • Efficient cooling from 350℃ to room temperature in under 12 hours.
  • Manual loading with horizontal guide rails and material racks for easy operation.
Sorular:
  • What is the maximum operating temperature of the HWF80-04N furnace?
    The HWF80-04N has a maximum temperature of 400℃, with a rated temperature of 350℃ that allows for unlimited holding time at platform temperature.
  • How is the oxygen content controlled inside the furnace?
    The furnace is equipped with a micro-oxygen analyzer to monitor and maintain an ultra-low oxygen content of ≤50 ppm under a positive pressure inert atmosphere inside the tank.
  • What are the installation requirements for this hydrogen removal furnace?
    It requires a level floor with a load-bearing capacity >500kg/m², a power supply of 220/380V, 50Hz, and specific conditions for nitrogen, ventilation, and water inlet as detailed in the product specifications.
  • What cooling method does this furnace use?
    The furnace uses a furnace cooling method, which takes less than 12 hours to cool from 350℃ down to room temperature.