1200°C Electric Heater is designed for high-temperature heating up to 1200℃. It uses SiC or MoSi2 heating elements and supports precise temperature control through PID or SCR systems. The heating elements provide excellent oxidation resistance for high-temperature operating conditions. It is suitable for ceramics, metallurgy, laboratory furnaces, semiconductor processing and glass applications. Power, voltage, dimensions and key components can be customized according to equipment requirements.
1200℃ High-Temperature Heating
The 1200°C Electric Heater supports maximum temperatures up to 1200℃ for industrial, laboratory and research heating processes.
SiC and MoSi2 Heating Elements
SiC and MoSi2 are available as heating element materials for high-temperature furnace and process heating applications.
Oxidation Resistance
The heating elements provide excellent oxidation resistance for applications involving high-temperature operation in oxidizing environments.
Precise Temperature Control
PID or SCR control systems can be configured to regulate heating output and maintain the required process temperature.
Custom Equipment Integration
Power, voltage, dimensions, heating element material, sheath, flanges, connections and control systems can be customized according to furnace and process requirements.
| Parameter | Specification |
| Product Type | High Temperature Electric Heater |
| Max Temperature | 1200℃ |
| Element Material | SiC / MoSi2 |
| Control | PID / SCR |
The 1200°C Electric Heater can be customized according to furnace design and process requirements.
| Item | Details |
| MOQ | 1 unit (sample available), bulk orders welcome |
| Lead Time | 7-15 days for standard models, 20-30 days for custom models |
| Payment | T/T, L/C, PayPal |
| Shipping | By sea, air, or express, FOB / CIF / DDP |
| Warranty | 12 months |
1. What is a 1200°C Electric Heater?
A 1200°C Electric Heater is a high-temperature electric heating system designed for temperatures up to 1200℃. It is used in ceramics, metallurgy, laboratory furnaces, semiconductor processing and glass applications.
2. What is the maximum temperature?
The specified maximum temperature is 1200℃. The actual operating conditions should be determined according to the process requirements and equipment design.
3. Which heating element materials are available?
The available options are SiC and MoSi2. The suitable material can be selected according to the heating temperature and process requirements.
4. Does the heating element have oxidation resistance?
Yes. The supplied SiC and MoSi2 heating elements are specified to provide excellent oxidation resistance for high-temperature operating conditions.
5. How can I order a 1200°C Electric Heater?
The MOQ is 1 unit, with samples available. Standard models typically have a 7-15 day lead time, while custom models typically require 20-30 days.
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