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U type SiC heating elements


The loading values in this table are all tested in the open air at 1,000°C, which are used for calibration test purpose only. The maximum recommended operating voltage of new elements must not exceed 80% of the test value, and the power must not exceed 65% of the test value.

Classification:

No.

Diameter
(mm)
Heating Zone
(mm)
Cold End
(mm)

C-C distance

(mm)

Surface Area

of Heating Zone
(cm2)

Test Load(1,000℃)

Voltage V

Power W

Resistance Ω

U163030

U164030

U164040

U165030

16

300

400

400

500

300

300

400

300

40

301

402

402

502

121

160

163

200

4600

6080

6190

7600

3.18

4.21

4.29

5.26

U203040

U203540

U204040

U204535

U205040

U205050

U206040

U206050

U207040

U207050

U208040

U208050

20

300

350

400

450

500

500

600

600

700

700

800

800

400

400

400

350

400

500

400

500

400

500

400

500

50

377

440

502

565

628

628

754

754

879

879

1005

1005

112

130

147

164

183

185

218

220

253

256

289

291

5990

6960

7870

8770

9790

9900

11700

11800

13500

13700

15500

15600

2.09

2.43

2.75

3.07

3.42

3.46

4.07

4.11

4.73

4.79

5.40

5.44

U254040

U254050

U254540

U255040

U155050

U255540

U256040

U256050

U257040

U257050

U258040

U258050

25

400

400

450

500

500

550

600

600

700

700

800

800

400

500

400

400

500

400

400

500

400

500

400

500

60

628

628

707

785

785

864

942

942

1099

1099

1256

1256

131

133

147

163

165

179

194

196

226

228

258

260

9370

9510

10500

11700

11800

12800

13900

14000

16200

16300

18500

18600

1.83

1.86

2.06

2.28

2.31

2.50

2.71

2.74

3.16

3.19

3.61

3.64

U305040

U305050

U306040

U306050

U307040

U307050

30

500

500

600

600

700

700

400

500

400

500

400

500

70

942

942

1130

1130

1318

1318

148

149

176

178

205

207

13800

13900

16500

16600

19200

19400

1.58

1.59

1.88

1.90

2.19

2.21

U308040

U308050

U309040

U309050

U3010050

30

800

800

900

900

1000

400

500

400

500

500

70

1508

1508

1695

1695

1884

234

236

263

265

294

21900

22100

24600

24800

27500

2.50

2.52

2.81

2.83

3.14

U356040

U356050

U357040

U357050

U358040

U358050

U359040

U359050

U3510050

35

600

600

700

700

800

800

900

900

1000

400

500

400

500

400

500

400

500

500

80

1319

1319

1539

1539

1758

1758

1978

1978

2198

180

182

210

212

240

241

270

271

301

19100

19400

22200

22400

25400

25600

28600

28800

32000

1.68

1.70

1.96

1.98

2.24

2.26

2.52

2.54

2.82

1) Resistance tolerance ±15%
2) Special products can be manufactured according to customer requirements.

 

U-type silicon carbide (SiC) heating elements are advanced thermal products designed to deliver exceptional performance in high-temperature applications. Capable of operating at temperatures exceeding 1600°C (2912°F), these heating elements are ideal for use in various industrial processes, including ceramics, glass manufacturing, and metal processing. The U-shape design maximizes surface area exposure, ensuring efficient heat distribution and uniform temperature control within the heating chamber.

Constructed from high-quality silicon carbide, these elements exhibit excellent resistance to oxidation and thermal shock, making them highly durable and reliable even in the most demanding environments. U-type SiC heating elements are also known for their rapid heating capabilities, enabling quicker turnaround times in production processes, which can lead to increased productivity and reduced energy consumption.

Installation is straightforward, and the elements can be easily integrated into existing heating systems, providing flexibility to manufacturers. Additionally, their robustness reduces maintenance needs and downtime, contributing to cost-effective operations over time. With their ability to function efficiently in both continuous and intermittent heating applications, U-type SiC heating elements represent a versatile solution for modern industrial heating requirements, ensuring optimal performance and longevity in every application.


 
 

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