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1. APPLICATION

Metal melting, holding and  transfer,  High temperature furnaces,  Semiconductor processing

2. MAX.TEMPERATURE

1200°C

 

 

 The Ceramic fiber heater product line offers some of the highest
  temperature heating element.

 Ceramic fiber heaters are made by integrating an iron-chome-aluminum
 (ICA) heating element and ceramic fiber insulation Heating units
 constructed of ceramic fiber insulation isolate the heating chamber from
 the outside.
 

 Ceramic fiber heaters are extremely low mass, high insulation value units with self-supported
 heating elements.

 They're versatile for many applications that can benefit from the convenience   of heating
 element and insulation in one package.

 Ceramic fiber is an insulation made of an alumina-silica composition, held together by an
 inorganic binder.

 It's commonly used as a refractory material. Its lightweight, low-density properties make it
 ideally suited for high temperature applications requiring low thermal mass.

 Operating temperatures up to 1204℃ and Watt densities from 5 to 30 W/in² (0.8 to 4.6
 W/cm²).


(1) FEATURES

  • High temperature iron-chrome-aluminum(ICA) resistance elements are integrally bound into position.
  • Lightweight, low-density alumina-silica composition is molded to shape, acting as
    insulation to isolate the heating chamber from the outside. This low shrinkage fiber and
    inorganic binder assures a firm, thermal shock resistant, self-supporting unit at all
    operating temperatures.
  • Operating temperatures up to 1204℃ provide high temperature performance not possible with many other heater types.
  • Low mass ceramic fiber insulation of 160 to 240 kg/m³ allows the heater to reach
    process temperature quickly and allows the energy to heat the load instead of wasting
    energy on itself.

(2) APPLICATIONS

  • Metal melting, holding and transfer high temperature furnaces & Semiconductor processing
  • Glass, ceramic and wire processing
  • Analytical instrumentation
  • Other high temperature processes applications
  • Coiled elements readily conform to complex curved surfaces, especially small custom chamber shapes.
  • Coiled element design works best in higher voltage, lower current situations.
  • Use where lower watt density requirements and low duty. cycle operations are expected.
  • Available in stock and standard units of medium watt density, rated up to 1093℃.

 

(3) FULL CYLINDER  OF STOCK LIST

 

S I Z E [UNIT:mm]

POWER

LEAD TYPE

PART NUMBER

I.D[A]

LENGTH[B]

O.D[C]

VOLT

WATT

 13
13

152
305

51

60
120

175
350

TWISTED

HVC400J06A
HVC400J12A

19
19

152
305

76

60
120

200
400

TWISTED

HVC400N06A
HVC400N12A

25
25

152
305

76

60
120

220
440

TWISTED

HVC401A06A
HVC401A12A

32
32

152
305

89

60
120

275
550

TWISTED

HVC401E06A
HVC401E12A

38
38

152
305

89

60
120

300
600

TWISTED

HVC401J06A
HVC401J12A

45
45

152
305

102

120

350
700

TWISTED

HVC401N06A
HVC401N12A

51
51

152
305

102

120

425
850

TWISTED

HVC402A06A
HVC402A12A

76

152

178

120

650

STRIP

HVC403A06A

102
102

152

203

120

900
1100

STRIP

HVC404A06A
HVC404A12A

127
127

152

229

120

1250
1400

STRIP

HVC405A06A
HVC405A12A

165
165

152

267

120

1500
2000

STRIP

HVC406A06A
HVC406A12A

203
203

152

305

120

1800
2600

STRIP

HVC408A06A
HVC408A12A