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Ultra-Fast Sintering Oven K10 Programmable for Efficient Production Cycle

Ultra-Fast Sintering Oven K10 Programmable for Efficient Production Cycle

Brand Name: LeoTech
Model Number: K10
MOQ: 1
Payment Terms: T/T
Detail Information
Place of Origin:
China
Certification:
CE
Product Name:
K10 Rapid Sintering Furnace
Rapid Sintering Time:
30 Min
Max. Capacity:
120 Pcs Of Ø115 Mm Discs
Max. Temperature:
1750°C
Heating Rate:
180°C/min
Heating Rod:
Molybdenum Disilicide Rod
Rated Power:
4500W
Dimensions:
371× 493.2× 758.1 Mm
Net Weight:
50 Kg
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Product Description

Ultra-Fast Sintering Oven K10 Programmable for Efficient Production Cycle

Product Features
  1. Power Failure Resume Function
  2. Large Capacity
  3. Intelligent Temperature Control
  4. Fastest Sintering Cycle: 30 minutes
Product Parameters
Rapid Sintering Time 30 min Touchscreen Size 7 inches
Max. Capacity 120 pcs of Ø115 mm discs Rated Power 4500W
Max. Temperature 1750°C Input Voltage 220V
Temperature Control Accuracy PID Intelligent Control Preset Programs 180 built-in
Heating Rate 180°C/min Dimensions (L×W×H) 371× 493.2× 758.1 mm
Heating Element MoSi₂ (Molybdenum Disilicide) Net Weight 50 kg
Product Displays

Ultra-Fast Sintering Oven K10 Programmable for Efficient Production Cycle 0

Ultra-Fast Sintering Oven K10 Programmable for Efficient Production Cycle 1

FAQ
  1. What's the difference between Silicon Carbide Rod and Molybdenum Disilicide Rod?
  • Silicon Carbide Rod
    Core advantages:
    • High cleanliness: theoretically no contamination. This is its most prominent advantage and the key reason many customers choose it.
    Main limitations:
    • Lower maximum temperature: Usually, it doesn't exceed 1,560°C.
    • Shorter service life: At the actual operating temperature of 1,530°C, its lifespan is about 12 - 18 months. The higher the temperature, the shorter the lifespan.
  • Molybdenum Disilicide Rod
    Core advantages:
    • High temperature resistance: It can be used at temperatures much higher than those of silicon carbide rods.
    • Long service life: Its service life is longer.
    • Good economic benefits: considering its comprehensive performance and lifespan, the long - term cost is more favorable.
    Main limitations:
    • Potential contamination risk: possibility of contaminating the furnace environment or workpieces.

In summary, both heating elements have their own strengths, and the choice depends on specific process requirements:

  • If cleanliness is the top priority, and contamination is concerned, and you can accept a replacement cycle of 12 - 18 months, the silicon carbide rod is the ideal choice.
  • However, if you need a higher temperature, a longer service life, better economic benefits, and aren't sensitive to potential contamination, the molybdenum disilicide rod is more suitable.