Carbon fiber heater is a heating device that uses carbon fiber material as the heating element. Carbon fiber has excellent electrical conductivity and high temperature resistance, enabling the heater to provide fast and even heating.
Carbon fiber heater is a heating device that uses carbon fiber material as the heating Element. Carbon fiber has excellent electrical conductivity and high temperature resistance, enabling the heater to provide fast and even heating.
Working Principle
The current flows through the carbon fiber heating element and generates heat through the resistance effect. The high electrical and thermal conductivity of carbon fiber ensures efficient and uniform heating.
Product Specification
| Voltage range | 5-200V AC/DC | Power Density | 0.15~2W/c㎡ |
| Insulation withstand voltage | ≥ 1500VAC/min | Compressive strength | 100KG/c㎡ |
| Insulation resistance | ≥ 175mΩ | Conductor pulling force | ≥ 80N |
| Welding point tension | ≥ 20N | Temperature uniformity | ≤ ±3℃ |
| Use temperature range | -50(-58)-120(248) | Continuous use temperature | 200°C |
| Thickness | 0.2-0.5mm (standard, customizable) | Service life | 10 years |
1.High Efficiency: Carbon fiber heaters can generate heat quickly, reducing waiting time. Compared to traditional heaters, they offer higher thermal efficiency and lower energy consumption.
2.Energy-Saving & Environmentally Friendly: The use of carbon fiber maximizes energy conversion and minimizes waste. Additionally, these heaters are free from harmful emissions, making them environmentally friendly.
3.Durable & Long-Lasting: Carbon fiber is highly heat-resistant, allowing these heaters to operate in high-temperature environments with extended durability.
4.Enhanced Safety: Carbon fiber heaters are equipped with advanced temperature control systems to automatically adjust heat output, preventing overheating and potential fire hazards.
5.Lightweight & Convenient: Compared to traditional metal heaters, carbon fiber heaters are generally smaller and lighter, making them easy to install and move.
Due to their high efficiency, energy savings, and safety features, carbon fiber heaters are used in various fields, including:
1.Home Heating: Ideal for use in residential areas such as bathrooms, bedrooms, and living rooms, providing even and comfortable heat distribution.
2.Automotive Heating: Used for seat heating, window defrosting, and other automotive heating applications, carbon fiber heaters offer fast and uniform heating.
3.Industrial Heating: Carbon fiber heaters are used in industries requiring stable high-temperature heat, such as plastic processing, temperature control systems, and more.
4.Health & Wellness: Carbon fiber heaters are used in infrared therapy devices to help relieve muscle fatigue, improve blood circulation, and provide other health benefits.
Carbon fiber heaters comply with international standards and have received various certifications, such as CE, RoHS, and UL. They come equipped with a comprehensive temperature control system to prevent overheating, short circuits, and other potential safety hazards.
Compared to traditional metal heating elements, carbon fiber heaters offer the following advantages:
1.Higher Thermal Efficiency: Carbon fiber heaters generate heat faster and consume less energy.
2.More Uniform Heat Distribution: Carbon fiber heaters provide more even heat distribution, avoiding hot spots or uneven heating.
3.Longer Lifespan: Due to the high-temperature tolerance of carbon fiber, these heaters last longer and require fewer replacements.
FAQ
A carbon fiber heater is a type of heating device that uses carbon fiber material as the core heating element. It works by passing an electrical current through the carbon fiber, which then generates heat. The carbon fiber's excellent conductivity and heat resistance make it an efficient and durable heating solution.
The key benefits of carbon fiber heaters include:
1.High efficiency: They heat up quickly and uniformly.
2.Energy-saving: They convert energy more effectively, reducing electricity consumption.
3.Long lifespan: Carbon fiber can withstand high temperatures without degrading.
4.Safety: Built-in overheat protection and temperature regulation ensure safe operation.
5.Environmentally friendly: They do not emit harmful gases and are free from toxic substances.
A carbon fiber heater works by running an electrical current through carbon fiber strands, which have high conductivity. The electrical resistance of the carbon fiber generates heat. This heat is then transferred to the surrounding air or objects through infrared radiation, warming the space or object more efficiently than traditional heaters.
Carbon fiber heaters are used in various applications, including:
1.Home heating: For spaces such as bathrooms, bedrooms, and living rooms.
2.Automotive heating: In car seat heaters, window defrosting, and more.
3.Industrial heating: For processes that require consistent, high-temperature heating.
4.Health and wellness: In infrared therapy and medical heating products.
5.Pet and animal heating: For warming pet areas or livestock enclosures.
Yes, carbon fiber heaters are highly energy-efficient. They can quickly reach the desired temperature and provide consistent, even heat distribution. The use of infrared technology allows them to heat objects directly, minimizing heat loss and reducing energy consumption compared to traditional heaters that warm the air first.
What is a carbon fiber heater?
A carbon fiber heater is a device that uses carbon fiber material as a heating element to generate heat through an electric current, providing efficient and even heating.
How does a carbon fiber heater work?
Heat is generated by an electric current flowing through the carbon fiber material, using its high electrical conductivity and thermal conductivity to achieve even heating.
What are the main advantages of carbon fiber heaters?
The main advantages include efficient heating, even heating, high temperature resistance and durability.
How high a temperature can a carbon fiber heater withstand?
Carbon fiber heaters can typically withstand temperatures of up to 200°C.
What are the applications for carbon fiber heaters?
They are used in household appliances, automotive heating, industrial heating and medical equipment.
What is the main material of carbon fiber heaters?
The main material is carbon fiber, which is a material with excellent electrical conductivity and high temperature resistance.
How to install carbon fiber heater?
Carbon fiber heaters usually require professional installation, including proper electrical connections and a solid mounting position.
How durable are carbon fiber heaters?
Carbon fiber heaters have excellent resistance to abrasion and corrosion and have a long service life.
How do I maintain my carbon fiber heater?
Regularly check the electrical connections to make sure the heater is not damaged, keep it clean and avoid overheating.
What are the advantages of carbon fiber heaters over other heaters (e.g. metal heaters)?
Carbon fiber heaters have higher heating efficiency, more uniform heat distribution and better heat resistance than metal heaters.
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No. 1, 1st Road, Mawu Industrial Zone, Qiaoli, Changping Town, Dongguan City, Guangdong Province
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+86-0769-83488762-8016
