Silicon carbide rod SiC Heating Element has the characteristics of high temperature resistance, oxidation resistance, corrosion resistance, fast heating, long life, small deformation at high temperature, convenient installation and maintenance, and good chemical stability. Matching with the automatic electronic control system, it can obtain accurate constant temperature, and can automatically adjust the temperature according to the curve according to the needs of the production process. Silicon Carbide (SiC) Heating Element is convenient, safe and reliable. It has been widely used in high temperature fields such as electronics, magnetic materials, powder metallurgy, ceramics, glass, semiconductors, analytical testing, scientific research, etc. It has become tunnel kiln, roller kiln, glass kiln, vacuum furnace, muffle furnace, smelting furnace and electric heating elements for various heating equipment.
◆1. RA(U-1), Door-like Type Silicon Carbide Heating Element
The RA(U-1), Door-like Type Silicon Carbide Heating Element shown here has the electrical characteristics of the ED(rod) element. The cold ends are attached perpendicular to the hot zone. The horizontal portion is the hot zone.
◆2. SG (single spiral) type Silicon carbide heating elements
This high-density SG type silicon carbide heating elements is spiral-cut to increase the resistance of the hot zone. This element is designed for wiring at both ends.
◆3. ED(RR) rod type silicon carbide heating elements
The ED Type is the standard Torch Furnace SiC heating element. A high-density self-bonded silicon carbide element, ED type is available in a large range of diameters and lengths.
◆4. U Type Silicon Carbide heating Element
Torch Furnace silica U Type Silicon Carbide heating Element is manufactured by taking two carefully-matched SiC rods and welding a thickened silicon carbide bridge.
◆5. SGR(SCR, SEU) Type Silicon Carbide Heating Elements
This high-density SGR double-spiral silicon carbide heating element is cut so as to place both electrical terminations on the same end of the element.
◆6. UX (slot) type Silicon Carbide Heating Elements
◆7. DB(GC) SiC heating elements
Type DB Dumbbell - (Enlarged Cold End) - Silicon Carbide SiC Heating Elements. One of the earliest heating element designs, the enlarged cold ends of the DB type SiC heating element were originally made oversized to increase cold end.
◆8. Silca Type W-Three Phase(Multi-leg) Silicon Carbide Heating Element
Three Phase Silicon Carbide Heating Element silicon carbide heating elements are comprised of high-purity, high-density, silicon carbide grains that are self-bonded through redry. Silca Type W - Three Phase Silicon Carbide Heating Element idolization at elevated temperatures.
Frequently Asked Questions
Q: What are the main benefits of SiC heating elements?
A: They offer high temperature resistance, oxidation resistance, fast heating, and excellent chemical stability.
Q: Where are SiC heating elements typically used?
A: They are widely used in ceramics, glass, semiconductors, powder metallurgy, and various laboratory furnaces.
Q: Can SiC elements be used in vacuum furnaces?
A: Yes, they are suitable for vacuum furnaces, tunnel kilns, and other high-temperature heating equipment.
Q: How is the temperature controlled with these elements?
A: By matching them with an automatic electronic control system, they can maintain accurate constant temperatures and follow specific heating curves.
Q: What is the purpose of the enlarged cold ends in DB type elements?
A: The enlarged cold ends are designed to improve electrical termination and manage heat distribution effectively.
