1700-grade 6/12mm W type MoSi2 heating elements
1700-grade 6/12mm W type MoSi2 heating elements
Classification:
Key words:
|
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 |
||||||||
The Molybdenum Disilicide Heater is a cutting-edge heating solution tailored for high-temperature applications across diverse industries. Capable of withstanding temperatures up to 1800°C (3272°F), this heater is specifically designed for processes like sintering, firing, and annealing in ceramic and glass production.
A key feature of the Molybdenum Disilicide Heater is its superior oxidation resistance. At elevated temperatures, it forms a silica layer that protects the element from degradation, significantly prolonging its service life. This durability results in lower maintenance costs and less frequent replacements, offering a significant advantage in operational efficiency.
Moreover, the heater’s excellent thermal conductivity promotes even heat distribution, reducing the risk of hot spots that can compromise product quality. With a range of configurations available, including rods and plates, the Molybdenum Disilicide Heater can be seamlessly integrated into both new and existing systems. This versatility, coupled with its energy-efficient operation, makes it a vital component for any high-temperature industrial application seeking reliable and effective heating solutions.
Recommend Products
Online consultation
Please fill out the form below. We will contact you as soon as possible.
Contact Us
If you are interested in our products, please don’t hesitate to email us and we will contact you as soon as possible. Thank you very much.
