Magnesium Silicate Ceramic Cartridge Heater Tubes

Product Details
Customization: Available
Material: Alumina
Alumina Content: >99%
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  • Magnesium Silicate Ceramic Cartridge Heater Tubes
  • Magnesium Silicate Ceramic Cartridge Heater Tubes
  • Magnesium Silicate Ceramic Cartridge Heater Tubes
  • Magnesium Silicate Ceramic Cartridge Heater Tubes
  • Magnesium Silicate Ceramic Cartridge Heater Tubes
  • Magnesium Silicate Ceramic Cartridge Heater Tubes
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Basic Info.

Model NO.
GT-169
Size
Od 8-50
Color
White, Pink Cream
End
Oec or Beo
Application
High Temperature Resistant, High Wear Resistance
Finish
Collar, Slot, Curve
Transport Package
Plywood Case
Specification
Rohs
Trademark
shangtao
Origin
Shanghai, China
HS Code
8547100000
Production Capacity
500000 PCS Per Year

Product Description

Magnesium Silicate Ceramic Cartridge Heater TubesMagnesium Silicate Ceramic Cartridge Heater Tubes
Physical properties
Gross Density g/cm3 2.3-2.6
Average Linear Expansion(20-1000°C) 10-6/k-1 6-7.6
Specific Heat Capacity KJ/Kg 900-1200
Heat Conductivity  W/MK 1.8-3
Soft Temp.  °C 1400
Maximum Application Temp.  °C 1350
Corrosion Resistance Against Acid %  99.5
Magnesium Silicate Ceramic Cartridge Heater TubesMagnesium Silicate Ceramic Cartridge Heater TubesMagnesium Silicate Ceramic Cartridge Heater TubesMagnesium Silicate Ceramic Cartridge Heater Tubes
Magnesium Silicate Ceramic Cartridge Heater Tubes
Chemical content of each material is as below:
Power and surface load of heater tube
Surface load,that is,the electric power value taking on on unit superficial area of heating element.The higher surface use load strength of material is,the shorter life of material is,but the smaller the wastage of material is.So heating load strength of element should be chosen reasonably,making the heating element have general effect of high thermal efficiency,long life,material-save.Calculating step is as below:
1.Basic data for calculation
The highest use temperature t (C)
Heating electric power P (W)
Working voltage of element U (V)
Length of heating zone L(m)
2.The electrothermal alloy brand in use is confirmed according to basic data,combining with working condition of heating element.
3.Based on the confirmed electrothermal alloy brand in use,referring to known data,check attached table and get coefficient of correction Ct of resistance temperature.
4.Work out total resistance of material=U2 Ct/P
5.Work out resistance of per meter material Rm=R/L,combine the property of electrothermal alloy material and estimately work out the diameter of material D.Then work out total area FO of heating element.
6.The surface load of material ω is gained by ω=P/FO.If the load of surface is too large,big diameter of wire should be chosen.Currently because of limitation of heating material, the surface load of heater tube made in China should not exceed 2.0W/cm2.It can be improved properly in the condition of low temperature.





 

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