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U Type Silicon Carbide Rod

U-shaped silicon heating element is manufactured by taking two carefully-matched SiC rods and welding a thickened silicon carbide bridge. This element provides for wiring both tail ends from one side of the furnace. The tail ends of the cold ends are metallized with aluminum, which can provide a low-resistance contact surface to the aluminum connection straps and clamps.

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U Type Silicon Carbide Rod

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SiC Heater

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  • Description

  • U-shaped silicon heating element is manufactured by taking two carefully-matched SiC rods and welding a thickened silicon carbide bridge. This element provides for wiring both tail ends from one side of the furnace. The tail ends of the cold ends are metallized with aluminum, which can provide a low-resistance contact surface to the aluminum connection straps and clamps.

    Since U-shaped silicon heating element is composed of two ED silicon heating elements sharing a cold end, it can be connected by the power cord at one end of the furnace. The surface temperature of heating part is 1500. It is mainly used in kilns with high furnace temperature and high temperature uniformity. Its characteristics are electricity saving and long service life.

    In addition, a furnace with an energy saving structure can be built because the number of heating element holes on the furnace can be reduced compared with the U types. These elements are widely used as high-temperature heat sources for electric furnaces and for the firing of ceramic capacitors, ferrites and other electronic components.

    Type: U-Shaped;

    Outer diameter (OD): mm, Overall length (OL): mm, Hot zone length (HZ): mm, Cold end length (CZ): mm, Shank spacing (A): mm

    Example: U Type, OD=20mm, HZ=300mm, CZ=400mm, OL=700mm, A=60mm, Resistance2.24Ω

    Specify as: U Shaped,20/300/700/60/2.24Ω

    Features :

    1. High strength and excellent shock resistance;

    2. Heat source is free of noise and air pollution;

    3. Anti-oxidization;

    4. Anti-corrosion,

    5. Long service life,

    6. Little deformation,

    7. Easy installation and maintenance.

    8. Excellent specific rate of heat zone resistance and cold end resistance,

    9. Avoiding over-temperature of cold ends to damage the furnace body.

    10. Saving energy

    Outer Diameter 
     (OD, mm)

    Hot zone 
     (HZ, mm)

    Cold zone 
    (CZ, mm)

    Overall length
     (OL, mm)

    Range of resistance 
    (ohms)

    8

    100-300

    60-200

    240-700

    2.1-8.6

    14

    100-500

    150-350

    400-1200

    0.7-5.6

    16

    200-600

    200-350

    600-1300

    0.7-4.4

    18

    200-800

    200-400

    600-1600

    0.7-5.8

    20

    200-800

    250-600

    700-2000

    0.6-6.0

    25

    200-1200

    250-700

    700-2600

    0.4-5.0

    30

    300-2000

    250-800

    800-3600

    0.4-4.0

    35

    400-2000

    250-800

    900-3600

    0.5-3.6

    40

    500-2700

    250-800

    1000-4300

    0.5-3.4

    45

    500-3000

    250-750

    1000-4500

    0.3-3.0

    50

    600-2500

    300-750

    1200-4000

    0.3-2.5

    54

    600-2500

    300-750

    1200-4000

    0.3-3.0

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