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Hot Zone/Cold End

315

355

410

500

620

730

800

820

1000

470

5904

0.078

21.5

6562

0.087

23.9

7468

0.099

27.2

8949

0.118

32.5

10925

0.144

39.7

12736

0.168

46.3

13889

0.184

50.5

14218

0.188

51.7

17181

0.227

62.5

500

5938

0.079

21.6

6597

0.087

24.0

7502

0.099

27.3

8984

0.119

32.7

10960

0.145

39.9

12771

0.169

46.4

13923

0.184

50.6

14252

0.188

51.8

17216

0.228

62.6

520

5961

0.079

21.7

6620

0.088

24.1

7525

0.100

27.4

9007

0.119

32.8

10983

0.145

39.9

12794

0.169

46.5

13946

0.184

50.7

14275

0.189

51.9

17239

0.228

62.7

560

6007

0.079

21.8

6666

0.088

24.2

7571

0.100

27.5

9053

0.120

32.9

11029

0.146

40.1

12840

0.170

46.7

13992

0.185

50.9

14321

0.189

52.1

17285

0.229

62.9

580

6030

0.080

21.9

6689

0.088

24.3

7594

0.100

27.6

9076

0.120

33.0

11052

0.146

40.2

12863

0.170

46.8

14015

0.185

51.0

14344

0.190

52.2

17308

0.229

62.9

600

6053

0.080

22.0

6712

0.089

24.4

7617

0.101

27.7

9099

0.120

33.1

11075

0.146

40.3

12886

0.170

46.9

14038

0.186

51.0

14367

0.190

52.2

17331

0.229

63.0

630

6088

0.080

22.1

6746

0.089

24.5

7652

0.101

27.8

9133

0.121

33.2

11109

0.147

40.4

12920

0.171

47.0

14073

0.186

51.2

14402

0.190

52.4

17365

0.230

63.1

Specifications:

Element temperature 1500 ℃

Furnace temperature 1300 ℃

Current 275A

Surface loading 14.5W/cm2

Power: W

Resistance: Ω

Voltage: V

Molybdenum disilicide (MoSi2) heaters are a premier choice for high-temperature applications, offering exceptional thermal performance and reliability. These heaters are engineered to operate efficiently at temperatures exceeding 1500°C, making them ideal for use in industrial furnaces, kilns, and other demanding environments.

One of the key advantages of MoSi2 heaters is their outstanding resistance to oxidation. This durability ensures long-lasting performance even in extreme conditions, significantly reducing maintenance and replacement costs. Their robust construction allows them to withstand thermal cycling and mechanical stress, providing consistent heating solutions across various applications.

MoSi2 heaters are available in a range of configurations, including rods, plates, and custom shapes, allowing for flexibility in design and integration into existing systems. Their efficient heat generation promotes uniform temperature distribution, enhancing process stability and product quality.

Additionally, MoSi2 heaters are compatible with various atmosphere conditions, including vacuum and inert environments, making them suitable for specialized applications in the semiconductor and materials processing industries.

Investing in MoSi2 heaters means choosing a reliable, high-performance heating solution that meets the demands of modern manufacturing. Experience the benefits of MoSi2 technology and elevate your heating processes to new heights.

 

 

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