Industrial Commercial Infrared Ceramic Heating Element
Elstein far infrared ceramic heating element is ceramic infrared radiators, which are designed for operating temperatures up to 720 °C. Surface ratings of up to 64 kW/m² can be installed. Elstein far infrared ceramic heating element is made using a full-pour casting ceramic process and are...
Description
Product Introduction:
Industrial commercial high temperature Infrared Ceramic IR Heater Heating Element
The ceramic integrated structure far infrared radiation heater belongs to an infrared radiator that integrates an impedance heating body and a ceramic layer. Its characteristic is that the ceramic layer serves as an insulator, heat transfer body, and support body for the impedance heating element, enabling the heating core to play a role in the infrared heating device, such as structural components and fastening connectors. It has various forms, low cost, high thermal efficiency, short heating time, can be made lightweight and compact, and can be used in narrow areas. The production equipment is simple, the productivity is high, and it is suitable for small and medium-sized factories to put into production. It can simplify the structure of many infrared heating devices, reduce their cost, and obtain more widespread use. In many cases, the heating core body of the present invention can also be used as a substitute for an electric heater.
Main technical parameter and property:
| 1. Rupture strength for base body: |
440Kg/cm2 |
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2.Resistance in common temperature: |
1012 ohm 0cm |
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3.Property:good chemical stability;strong causticity-resistance;perfect oxidation-resistance |
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4.Heat losing in the non-radiation surface is small |
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5.The base body is heated to 800 C and put in cold water repeatly for ten times and no cracking. |
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6.The radiated element is heated after electrifying to rating power and immerged into cold water after interruption of power supply for forty times without damage. |
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7.The max radiance of element>0.9 |
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8.The effect of energy saving is obvious,increasing 10-25% compared with silicon carbide element |
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9.The life span can prolong more than a few times compared with silicon carbide element. |
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Specification:
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Size(mm) |
Shape |
Power(Kw) |
Size(mm) |
Shape |
Power(Kw) |
|
245×65 |
arc |
0.25-1.0 |
300×300×16 |
flat |
0.8-1.5 |
|
240×60 |
arc |
0.5-1.0 |
240×160×16 |
flat |
0.6-1.0 |
|
125×65 |
arc |
0.2-0.5 |
Φ70 |
disk |
0.1-0.2 |
|
120×60 |
flat |
0.1-0.325 |
Φ100 |
disk |
0.2-0.3 |
|
120×60 |
arc |
0.1-0.325 |
Φ140 |
disk |
0.3-0.4 |
|
120×120 |
flat |
0.1-0.8 |
Φ150×Φ100×Φ60 |
haff |
0.25-0.3 |
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120×120 |
arc |
0.1-0.8 |
125×125 |
flat |
0.4-0.8 |
Feature
Far infrared ceramic heaters are heating methods that generate resonance absorption by utilizing the natural frequency of the material molecules being heated to correspond to the infrared wavelength located in the infrared region. Compared to other heating methods, they have a series of advantages in heating uniformity, stability, and thermal efficiency. In the current energy shortage situation, infrared heating has become more important for energy conservation purposes
We may produce based on the customer's specifications.
Shapes include a black hollow core, a disk, a flat plate, and an arc.
Power range: 100W-2000W (depending on size).
The method of Industrial Commercial Infrared Ceramic Heating Element invention: using heat-resistant concrete casting and solidification molding, heat-resistant concrete pressing and sintering molding, glass fiber cloth bag wrapping molding, heating body attached to ceramic substrate molding, impedance heating wire and glass fiber mixed weaving molding to create an impedance heating body and ceramic layer integrated heating core, as the main part of the infrared radiation heater, the characteristics of this heating core body are as follows:
a. The ceramic layer also serves as the insulator, heat transfer body, support body, and installation substrate for the impedance heating element.
b. This ceramic layer has a certain strength and stiffness, and its manufacturing method and final shape enable it to play the role of structural components, fasteners, and insulation components in infrared heating devices, thereby simplifying the structure of the entire device. The manufacturing and forming method in feature b refers to the above-mentioned methods such as casting, solidification, mixing, and adhesion, as well as the process flow sequence of the forming process in the infrared device manufacturing process.
1. Why the product is so cheap?
A: Because You are ordering directly from the factory.
2.How can I get the quotation and specifications?
A: Superb heater's heating element and temperature sensor is customized,can produce based on clients' requirements.
3.Where is your factory located? How can I visit there?
A: Our factory located in Dong guan City,Guangdong Province,China
4.What type of payment do you be available?
A: TT and L/C are accepted,for example,the west union/money gram and Paypal are available.
5.How can I get some samples?
A: Samples are available,just contact me.
6.How does your factory do regarding quality control?
A: Superb heater has over 30 years experience for heating elements,quality is proved by CE,ROHS and other quality certifications.
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