Ceramic infrared heaters are manufactured by molding a resistive conductor into a ceramic mass. Ceramic elements have a temperature range of 300°C to 730°C and produces an infrared wave of 2-10 µ. The glazed ceramic surface protects the heating spool against rust and aggressive...
Ceramic infrared heaters are manufactured by molding a resistive conductor into a ceramic mass. Ceramic elements have a temperature range of 300°C to 730°C and produces an infrared wave of 2-10 µ. The glazed ceramic surface protects the heating spool against rust and aggressive substances.
There are a wide range of standard models, Including trough heating elements, hollow heating elements and flat elements, and Ceramic Infrared Bulbs, this wide range of infrared ceramic elements provide energy-efficient heat wherever needed.
| Size | 120mm*60mm, 60mm*60mm, etc. |
| Voltage | 220V, 230V, 380V, etc. |
| Power | 100W-2000W(based on size) |
| Colour | White, black, yellow |
| Thermocouple type(Optional) | TypeK or Type J |
1. High Emissivity: Ceramic materials have high emissivity, meaning they can efficiently emit infrared radiation. This property allows for effective heat transfer to objects and surfaces.
2. Quick Response Time: Ceramic infrared heaters have a rapid response time, reaching their operating temperature quickly. This makes them suitable for applications requiring fast heating.
3. Temperature Control: These heaters can be designed for precise temperature control, allowing users to adjust and maintain specific temperatures according to their requirements.
4. Durability: Ceramic materials are known for their durability and resistance to high temperatures, making ceramic infrared heaters suitable for demanding industrial environments.
5. Clean Heating: Ceramic heaters provide clean and odorless heating since they don't produce by-products during operation.
6. Versatility: Ceramic infrared heaters come in various shapes and sizes, allowing for flexibility in design and application. They can be used in a wide range of industries, including manufacturing, plastics, food processing, and more.
1. Thermoforming Machinery
Ceramic infrared heaters are commonly used in thermoforming machinery for their ability to provide efficient and controlled heat, crucial in the thermoforming process. Thermoforming involves heating a plastic sheet to a pliable temperature, forming it into a specific shape, and then cooling it to create a final product.
2. Greenhouse Heating
Applied in agriculture for greenhouse heating to provide the necessary warmth for plant growth.
3. Printing:
Applied in the printing industry for drying inks on paper and other substrates in a quick and efficient manner.
4. Space Heating:
Found in residential and commercial space heating applications due to their quick response time and efficiency in providing direct heat.
These information will be very helpful for our quotation:
1. Length and Width
2. Voltage and Power
3. Shape
4. Color
5. Thermocouple type (Optional)
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