Silicon Nitride Ceramic Heat Component
  • Silicon Nitride Ceramic Heat Component Silicon Nitride Ceramic Heat Component

Silicon Nitride Ceramic Heat Component

Silicon Nitride Ceramic Heat Component made of silicon nitride are normally rectangular in shape. Alloy wire is wrapped in dense silicon nitride ceramic body, where silicon nitride plays the role of heat transfer medium, dielectric medium as well as protect cover of alloy wire.

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Product Description

Silicon Nitride Ceramic Heat Component


The maximum safe heat load of silicon nitride heater can reach 70 W/cm2. 1/3 size

of traditional electric heater will provide you open ended design possibility.


Smallest Size

Fast Heating Up

Long Serving Life


Silicon Nitride Ceramic Heat Component made of silicon nitride are normally rectangular in shape. Alloy wire is wrapped in dense silicon nitride ceramic body, where silicon nitride plays the role of heat transfer medium, dielectric medium as well as protect cover of alloy wire. With excellent thermal conductivity, insulation performance and comprehensive mechanical properties, the thickness of Torbos silicon nitride ceramic heat component is only 4 mm. The unmatched thermal expansion coefficient makes the scale crack and fall off on their own from the ceramic heater surface. The maximum safe heat load can reach 70 W/cm2, this makes this ceramic heat component only 1/3 in size compared with traditional electric heater.  This extraordinary heat component is your reliable choice for you heat solution and will provide you open ended design possibility.

Application of Silicon Nitride Ceramic Heat Component

 Instant Water Heater, module

 Water Dispenser

 Coffee Machine

 Food processing equipment

 Storage Water Heater

 Vapor generator



Physical and Chemical Properties of Silicon Nitride

Density

Bulk Density: 3.2~3.3 g/cm3

Relative Density (%) : 99~100%


Mechanical Properties

Fracture Toughness: 5.0-8.0 MPa*m1/2

Bending Strength (RT) : ≥800 MPa

Bending Strength (HT) [1] : ≥600 MPa

Vickers Hardness [2] :15~20 GPa


Dielectric Properties  

Relative Dielectric Constant: 6~7

Volume Resistivity: 1014 Ω*cm


Thermal Properties

Thermal Conductivity: 40~50 W/(m*K)

Thermal Expansion Coefficient : 3.0 x 10-6 /K


corrosion resistance  

Acid Corrosion Resistance:  Corrosion rate<10 g/m2∙h after 6 h in 5%

sulfuric acid boiling solution

Alkali Corrosion Resistance: Corrosion rate<0.6 g/m2∙h after 6 h in 30%

sodium hydroxide Boiling solution


Three point bending strength under 800 oC

The values is the test result under 10 kg load



Electrical Specifications

Voltage: AC110~380V~, 50/60 Hz, DC12V, 24V, 60V

Power:50~4000 W

Electric Insulation Strength: 2500 V/ 50 Hz,60 second no breakdown happens (Room temperature)

Leakage Current: ≤0.25 mA in working condition [1]; ≤10 mA if

break in water

Life Time: >5000 h

Power on/off cycle: 100,000 次/Times

Max. Heat Load: 70 W/cm2

Heating Medium: Water, acid/alkali solution, oil, organic liquid, gas, etc.



Although the leakage current is negligible, we still highly recommend you set the ground connection

This 10 mA is the safe limitation stated in IEC60335 (GB4706.1-2005)

The maximum surface heat load of a ceramic heat component depends on the property

of heat medium, heat transfer mechanism and working temperature (WT). For example the

surface heat load can be 70 W cm2 when heating water at WT under 80 oC  



Structure of Silicon Nitride Ceramic Heat Component

Here listed the typical structure of TC series ceramic heat component




Model Type & Parameters

Model
Dimension (mm)




Power (W)

LH
WH
DH
LA W
TC-A
90     17 4 25±2 200 600~2500
TC-B 75 30  4 25±2
200
400~3500
TC-C 57 17 4 25±2 200 800~1500
TC-D 95 24 4 25±2 200 400~3800
TC-E 100 17 4 25±2 200 400~2700


Dimension and power are customizable.


                   




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