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Silicon Molybdenum MoSi2 Heating Elements

Short Description:

Molybdenum disilicide MoSi2 heating elements are resistance type heating elements made of a dense ceramic- metallic material which can produce furnace temperatures approaching 1800°C. Although more expensive than traditional metallic elements, MoSi2 elements are known for their longevity due in part to a protective quartz layer that forms on the surface of the element “hot zone” during operation.


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Description

Silicon molybdenum rod / MoSi2 heating element for heating furnace, 1800C High Purity Dental molybdenum disilicide heating element for dental ceramic furnace

Furnace Heating Element

1. High temperature for various electric furnaces.

2. Long life combined with ease of replacing failed elements.

3. Can be used continuously or intermittently.

4. New and old elements can be connected in series.

5. High power concentration may be applied.

文本配图-1

Standard Size for Electric MoSi2 Heater

M1700 type (d/c): dia3/6, dia4/9, dia6/12, dia9/18, dia12/24.

M1800 type (d/c): dia3/6, dia4/9, dia6/12, dia9/18, dia12/24.

MoSi2 Heater Advantages

Silicon molybdenum rod / mosi2 heating element for heating furnace, 1800C High Purity Dental molybdenum disilicide heating element for dental ceramic furnace

A. It has anti- oxidation and automatic repair.
B. function and can be used continually in oxidative atmosphere.
C. We are using thermal processing in shape, which maintains a very good high-temperature tenacity and plasticity of the basic materials.
D. the cold and hot end welding aspect, it uses special joint technology to take shape.
E. The product has high density that greatly improves the conductivity of the product.
F. good surface quality, high mechanical strength and toughness.

文本配图-2

Technical Data of MoSi2 Heating Elements

Density Bending Strength Hardness Apparent Porosity Water Absorption Elongation Fracture Toughness Compressive Strength
5.8g/cm3 350Mpa 12.0Gpa ±2% 0 4% 4.5Mpa.m1/2 650Mpa

The Influence of Operation Temperature on the Heater Surface in Different Atmosphere

Atmosphere 1700 Type 1800 Type
Air 1700 1800
N2 1600 1700
He 1600 1700
-80°C Dry H2 1150 1150
-20°C Wet H2 1450 1450
10%CO2, 50%CO, 15%H2 1600 1700

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