High Temperature Silicon Carbide Electric Heater Heating Element Furnace
China High Temperature Silicon Carbide Electric Heater Heating Element Furnace, Find details about China Electric Heating Element, Sic Heating Element from High Temperature Silicon Carbide Electric Heater Heating Element Furnace
Basic Info.
Model NO.
ED, DB, U, SC, SCR, UX
Max Temperature
1500 C
Size
as Your Request
Trademark
Synthe
Transport Package
Standard Export Package
Specification
SGS
Origin
Zhengzhou, Henan
HS Code
85168000
Model NO.
ED, DB, U, SC, SCR, UX
Max Temperature
1500 C
Size
as Your Request
Trademark
Synthe
Transport Package
Standard Export Package
Specification
SGS
Origin
Zhengzhou, Henan
HS Code
85168000
Product Desciption
Single Spiral Silicon Carbide Heating Element for Heat Treatment Furnaces
Product Description
The silicon carbide heating element is a kind of non-metal high-temperature electric heating element. It is made of selected high-quality green silicon carbide as main material, which is made into blank, siliconization under high temperature and recrystallized. It is the most popular type of economical heating element capable of operating in hot and rigorous environments.
Product Advantages
1. Withstands as high as 1500ºC ( surface temperature).
2. Various shapes, like Rod shape, U shape, W shape, Single Spiral & Double Spiral shape, are available to meet your demand.
3. Large size range.
4. Generates high heat output per unit surface area.
5. High strength and excellent shock resistance.
6. Heat source is free of noise and air pollution.
Used in various high-temperature electric furnaces and other electric heating devices, such as in the industries of magnet, ceramics, metallurgy, glass, and machinery.
Types
Detailed Specification listed is for your reference, and we can manufacture according to your special specification.
Installation and Operation
1. In order to keep the furnace temperature and the charges uniform of each element, resistance values must be matched first before installation, arrange those with close current values on the same circuit.
2. As the heating elements are made of ceramic, avoid damage from mechanical shock.
3. The diameter of a piercing hole drilled through the furnace should be about 1.5 times the diameter of the element's end section. Size under 20mm is suitable for bricklayers up to 150mm in thickness. Size under 25mm is suitable for bricklayers up to 250mm in thickness.
When bricklayers are thicker than the above thickness, widen the piercing hole diameter more than 5mm.
When SG type element is used, take 5mm more margin than the above value.
4. Silicon Carbide elements are electrically conductive. Care should be taken to avoid electric leakage due to direct contact with a conductive material or electric shock to a human body.
5. An equal length of the element's cold zone should protrude out of the furnace. Elements should be installed so that the heating section( hot zone) does not intrude into the furnace wall. Install the elements at the center of the piercing hole, and lightly pack ceramic fiber around the element.
6. Make sure that neither the terminal clamp nor the terminal strap will contact the furnace wall directly. The terminal strap must have enough slack to give under finger pressure.
7. After completing connections, turn on electricity after lightly pressing the heating element with a fingertip and make sure it will move easily.
8. When replacing elements, it is recommended to replace all heating elements in the same circuit, otherwise, the resistance difference between new and old elements can cause a load imbalance. This imbalance results in the newer elements' loading being greater which could shorten its service lift. It is recommended that older, or " aged" elements be used on the same circuit.
9. When start to run the furnace, raise voltage slowly and gradually never give full load at one time, otherwise, the heating element will be damaged by overcurrent impulse.
10. As the resistance of all-silicon carbide elements increases during use a variable voltage power supply is usually provided. The power supply may consist of a step transformer, thyristor, or a combination of both. The type of equipment used may effect the element performance and therefore the necessary appliances shall be selected carefully.
11. Before use the new furnace or the furnace that has not been used for a long time, they must be dried. While drying, it is better to use old elements or another heat source.
12. While sintering products or materials, if there is water ejection, the furnace should have holes to eject water vapor or other waste gases in order to protect the element's service life.
Packing & Delivery
Package: Wooden box padded with foam board.
Delivery Time: 7-20 Days
Relate Products
If you have any questions or special requirements, please do not hesitate to contact us, we are always here for you.
Product Description
The silicon carbide heating element is a kind of non-metal high-temperature electric heating element. It is made of selected high-quality green silicon carbide as main material, which is made into blank, siliconization under high temperature and recrystallized. It is the most popular type of economical heating element capable of operating in hot and rigorous environments.
Product Advantages
1. Withstands as high as 1500ºC ( surface temperature).
2. Various shapes, like Rod shape, U shape, W shape, Single Spiral & Double Spiral shape, are available to meet your demand.
3. Large size range.
4. Generates high heat output per unit surface area.
5. High strength and excellent shock resistance.
6. Heat source is free of noise and air pollution.
7. This product has high purity (Silicon carbide), less impurity, fixed construction
Product ApplicationUsed in various high-temperature electric furnaces and other electric heating devices, such as in the industries of magnet, ceramics, metallurgy, glass, and machinery.
Types
Detailed Specification listed is for your reference, and we can manufacture according to your special specification.
Installation and Operation
1. In order to keep the furnace temperature and the charges uniform of each element, resistance values must be matched first before installation, arrange those with close current values on the same circuit.
2. As the heating elements are made of ceramic, avoid damage from mechanical shock.
3. The diameter of a piercing hole drilled through the furnace should be about 1.5 times the diameter of the element's end section. Size under 20mm is suitable for bricklayers up to 150mm in thickness. Size under 25mm is suitable for bricklayers up to 250mm in thickness.
When bricklayers are thicker than the above thickness, widen the piercing hole diameter more than 5mm.
When SG type element is used, take 5mm more margin than the above value.
4. Silicon Carbide elements are electrically conductive. Care should be taken to avoid electric leakage due to direct contact with a conductive material or electric shock to a human body.
5. An equal length of the element's cold zone should protrude out of the furnace. Elements should be installed so that the heating section( hot zone) does not intrude into the furnace wall. Install the elements at the center of the piercing hole, and lightly pack ceramic fiber around the element.
6. Make sure that neither the terminal clamp nor the terminal strap will contact the furnace wall directly. The terminal strap must have enough slack to give under finger pressure.
7. After completing connections, turn on electricity after lightly pressing the heating element with a fingertip and make sure it will move easily.
8. When replacing elements, it is recommended to replace all heating elements in the same circuit, otherwise, the resistance difference between new and old elements can cause a load imbalance. This imbalance results in the newer elements' loading being greater which could shorten its service lift. It is recommended that older, or " aged" elements be used on the same circuit.
9. When start to run the furnace, raise voltage slowly and gradually never give full load at one time, otherwise, the heating element will be damaged by overcurrent impulse.
10. As the resistance of all-silicon carbide elements increases during use a variable voltage power supply is usually provided. The power supply may consist of a step transformer, thyristor, or a combination of both. The type of equipment used may effect the element performance and therefore the necessary appliances shall be selected carefully.
11. Before use the new furnace or the furnace that has not been used for a long time, they must be dried. While drying, it is better to use old elements or another heat source.
12. While sintering products or materials, if there is water ejection, the furnace should have holes to eject water vapor or other waste gases in order to protect the element's service life.
Packing & Delivery
Package: Wooden box padded with foam board.
Delivery Time: 7-20 Days
Relate Products
If you have any questions or special requirements, please do not hesitate to contact us, we are always here for you.
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