Atmosphere Furnace LT-AF101 Catalog

Atmosphere Furnace LT-AF101

Atmosphere Furnace LT-AF101

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Overview

Atmosphere Furnace LT-AF101 delivers high-temperature performance up to 1700 °C, with a maximum working temperature of 1600 °C. It features a horizontal chamber design that promotes uniform heat distribution, combined with ceramic fiber insulation and MoSi₂ heating elements to support stable high-temperature operation. Equipped with a full touch-screen interface. Offers clear data visualization and allows process data to be exported in table format for analysis. Our atmosphere furnace is used in laboratories, research centres, and industrial facilities working with metals, ceramics, electronics, and advanced materials.

Specifications:

Maximum Temperature 1700°C
Maximum Working Temperature 1600 °C
Heating Rate 0 to 20°C/min Suggest ≤10°C/min
Heating Program 16 temperature curves, 30 programmable steps
Temperature Control Accuracy ±1°C
Number of Heating Elements 8 pieces
Thermocouple Type B type
Flow Meter 1L/Min
Height with Door Open 2050 mm
Inlet Gas Type Nitrogen or Argon (N2 or Ar)
Display 7-inch LCD touch screen
Power 440 V, 50 Hz, three phase
Chamber Dimensions 300 × 300 × 300 mm
Dimensions 1100 × 2050 × 1100 mm
Packaging Dimensions 1300×2250×1300mm
Net Weight 500kg
Gross Weight 567kg
Features:
  • Carbon steel outer shell
  • Ceramic fiber–lined chamber
  • 30-step programmable
  • PID automatic controller
  • Full touch-screen operation
  • Clear data display
  • Table export for analysis
  • Current and voltage meters
  • Real-time power monitoring
  • Compact cabinet design
  • Audible and visual alarms
Optional Accessories :

Gooch Filter Crucible
Cupel
Heating Element
Door Insulation

Applications :
  • Atmosphere Furnace is used for heat treatment, sintering, annealing, and material testing under controlled gas environments such as nitrogen or argon. It is suitable for laboratories, research centres, and industrial facilities working with metals, ceramics, electronic components, and advanced materials, where oxidation control and stable high-temperature processing are required.
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