Core Functions

Wavelength and Color Temperature: Carbon medium-wave infrared, 2.0~2.5um, 1200k-1400k. Carbon fiber is a pure blackbody heating material, converting 95%-98% of electrical energy into infrared heat energy with minimal light energy loss. Under the same heating effect, it saves approximately 30% more electricity than nickel-chromium or iron-chromium-aluminum heating tubes, significantly reducing electricity costs in long-term production. Carbon fiber tubes emit medium-to-long-wave infrared radiation, with a gentle light that heats up in 3-5 seconds. This infrared radiation resonates with the molecules of the heated object, achieving three-dimensional heating from the inside out. In industry, this results in more uniform heating and higher drying quality. In civilian physiotherapy, it is easily absorbed by the body, promoting blood circulation and metabolism. The soft, pollution-free light emission provides a better working experience.

Target Customers:

Suitable for non-metallic materials such as textile printing and dyeing plants, paper mills, paint and ink drying, resin drying, food insulation equipment, household electric heaters, and outdoor heaters. Sauna therapy, etc.

Solution:

"Traditional Pain Points: Traditional metal heating tubes, such as those made of iron-chromium-aluminum or nickel-chromium alloys, require a long time for heat conduction and heating after being energized due to material limitations. They cannot provide instant heat, resulting in wasted energy during the preheating stage.

Carbon Fiber's Solution: Utilizing its high-penetration far-infrared radiation characteristics, it achieves synchronous heating from the inside out. It resonates with the molecules inside the material, causing moisture and organic solvents to evaporate from the inside out, completely solving the pain points of uneven drying and unstable quality in thick materials, coatings, and printed fabrics.

Carbon fiber filaments provide dim heating with less visible light and no strong glare, improving the working environment."

Quantifiable Customer Value

"Carbon Fiber Far-Infrared Heating Tubes: Core Value and Qualification Extraction

I. Quantifiable Customer Value (Four Dimensions)

1. Core Energy Efficiency and Power Saving Value

Technical Basis: Pure blackbody material, electrothermal conversion efficiency up to 95% ~ 98% (traditional metal tubes only 70% ~ 80%).

Economic Benefits: Overall power saving rate of approximately 30%." 1. Value of a 100 kW production line operating for 10 hours daily:** Annual electricity savings of approximately 84,000 RMB, with the purchase price difference recoverable within 3 to 6 months.

2. Value of Increased Production Efficiency and Capacity:

Technical Basis: Extremely low heat capacity; heat is felt within 1-2 seconds of power-on, and the temperature spikes to a peak of 300℃-700℃ within 5 seconds.

Efficiency Benefits: Eliminates preheating idle time, increasing overall equipment operating efficiency (OEE) by 15%-20%, directly amplifying the daily production capacity.

3. Value of Total Life Cycle and Maintenance Costs:

Technical Basis: Vacuum/inert gas protected encapsulation; no power degradation throughout the entire life cycle; designed lifespan of 6,000-8,000 hours or more.

Maintenance Benefits: Avoids the pain point of frequent burnout due to high-temperature oxidation of traditional metal wires, significantly reducing spare parts procurement, maintenance labor, and unplanned downtime losses.

4. Value of Improved Radiation Quality and Yield:

Technical Basis: Concentrated emission bands... A strong absorption region of 2.8-15µm resonates with water molecules and organic matter, achieving synchronous heating from the inside out.

Quality Benefits: Overcoming the pain points of surface "false dryness" and cracking, reducing product scrap/rework rate by 1% to 3%.