Lab and Research Essential HWF80-04N Precision Muffle Furnace with Effective Chamber Dimensions of 400*400*500mm

真空马弗炉
June 17, 2025
Category Connection: Vacuum Muffle Furnace
Brief: Discover the Lab and Research Essential HWF80-04N Precision Muffle Furnace, designed for ceramic sintering and heat treatment processes. With an effective chamber size of 400×400×500mm, this furnace offers precise temperature control up to 400°C and features hot air circulation heating for uniform results.
Related Product Features:
  • Effective chamber dimensions of 400×400×500mm (W×H×D) for versatile applications.
  • Maximum temperature of 400°C with ±1°C accuracy for precise heat treatment.
  • Hot air circulation heating method ensures uniform temperature distribution.
  • Two independent temperature control zones (top and bottom) for customized heating.
  • Natural cooling system reduces temperature from 350°C to room temperature in under 12 hours.
  • Includes a mechanical pump, temperature controller, and K-type thermocouples for efficient operation.
  • Suitable for decarburization, dehydrogenation, annealing, tempering, and degumming processes.
  • Customization options available with a supply capacity of 50 sets per year.
Faqs:
  • What is the maximum temperature the HWF80-04N Precision Muffle Furnace can reach?
    The HWF80-04N Precision Muffle Furnace can reach a maximum temperature of 400°C, with a temperature control accuracy of ±1°C.
  • What are the dimensions of the furnace chamber?
    The effective chamber dimensions are 400×400×500mm (W×H×D), providing ample space for various heat treatment processes.
  • What applications is this muffle furnace suitable for?
    This furnace is ideal for ceramic sintering, decarburization, dehydrogenation, annealing, tempering, degumming, and other heat treatment processes.
  • What is included in the standard delivery list?
    The standard delivery includes the furnace unit, technical documents, a pre-built heating plate, a mechanical pump, a temperature controller, and three K-type thermocouples.