Durable Carbon Fiber Heater

In the process of electric heating, carbon fiber generates far infrared radiation through molecular resonance, with a high thermal conversion rate of up to 98%, and the resistance fluctuation is extremely small, making it less likely to decay over long-term use. The Durable Carbon Fiber Heater uses high-purity carbon fiber (carbon content ≥95%) as the heating base material, and its unique graphite microcrystalline structure endows the material with excellent physical and chemical stability. In addition, the heater is wrapped with a double-layer high-temperature insulation layer, with the outer layer made of high-strength ceramized silicone rubber material, which can withstand temperatures above 600°C; the inner layer is a nano-level insulation coating, which effectively isolates current and air, prevents oxidation and leakage, and provides double protection for the durability of the equipment from both the material and structural levels.

Extra Long Lifespan

According to laboratory tests, under the condition of continuous 24-hour uninterrupted operation, the Durable Carbon Fiber Heater can work stably for more than 30,000 hours, and the lifespan is 3-5 times longer than that of traditional resistance wire heaters. The antioxidant performance of carbon fiber materials and the protective effect of the insulation layer greatly reduce the risk of aging and fracture of the heating body.

High Temperature Resistance

The shell adopts aerospace-grade aluminum oxide material, and the surface is treated with anodizing, which has the ability to resist acid and alkali corrosion; the internal heating structure can still maintain stable performance at 400°C high temperature, suitable for high-demand scenarios such as paint baking and food drying. With Durable Carbon Fiber Heater’s excellent durability, efficient energy-saving characteristics, and intelligent safety design, the Durable Carbon Fiber Heater provides reliable protection for scenarios that require long-term stable heating, significantly reducing the frequency of equipment maintenance and replacement, and has both economic benefits and practical value.