Since graphene materials were introduced to China, there have been some doubts about their application, such as:
- “Graphene is so thin, it’s impossible for it to exist!”
- “It has impressive properties, but it can’t be mass-produced yet!”
- “All the graphene products on the market are just hype!”
It’s natural for new technologies to face skepticism, but as science evolves rapidly, we must also pay attention to progress.
Here’s what you should know: graphene is not only mass-produced, but it’s also being applied across numerous industries, including heating, clothing, military, beauty, anti-corrosion coatings, heating systems, and livestock farming.
Graphene offers more than just excellent thermal and electrical conductivity, mechanical strength, and more. It also features unique low-temperature far-infrared capabilities and powerful antibacterial properties, enabling it to deliver cross-industry benefits.
Product Introduction: Graphene Flexible Heating Film
(Graphene Flexible Heating Film Material Display) This flexible far-infrared heating module uses biomass graphene as the primary heating material. It is a low-temperature, far-infrared electric heating product powered by low voltage (5V) and equipped with smart control features.
Main Structure of Graphene Flexible Heating Film
The flexible far-infrared heating module is primarily composed of high-performance flexible fiber materials and a biomass graphene heating layer. It generates heat rapidly and evenly at low voltage and current, maintaining a constant temperature.
What Are the Features of Graphene Flexible Heating Film?
- Health Benefits: The far-infrared radiation emitted by graphene is concentrated in the 4-16μm range. This is the same range praised by modern medicine as “the light of life,” which improves blood circulation and promotes metabolism.
- Soft, Comfortable, and Surface Heating: The film is lightweight, thin, and flexible, fitting comfortably against the body. Unlike metal resistance wires or carbon fiber’s linear heating, graphene’s surface heating covers 90-100% of the area, providing consistent warmth without hot or cold spots.
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- Graphene Surface Heating Infrared Imaging
- Conventional Wire Heating Infrared Imaging
- Graphene Flexible Heating Film vs. Regular Heating Wire
- Fast Heating and Smart Control: It heats up immediately when powered on, reaching the working temperature in just 1-2 minutes. Equipped with a smart control system, it maintains a constant temperature once it reaches the desired warmth, helping prolong battery life.
- (Three-level Bluetooth temperature control)
- Safety, Energy Efficiency, and Durability: The graphene flexible heating film has a power conversion efficiency of over 99%, ensuring longer-lasting battery life. Made with aerospace-grade materials, it boasts high insulation strength, flame resistance, waterproofing, corrosion resistance, and requires no maintenance. It is also machine washable.
Advantages of the Material: Four Key Application Areas
Graphene’s production process avoids harsh oxidizing agents and chemical reductions, reducing environmental pollution and ensuring eco-friendly manufacturing. Additionally, no chemical residues remain in the final product, enhancing its biological safety.
Applications in Clothing and Textile Industry
Graphene can be used in smart heated garments, smart heated support gear (neck, knee, waist, and wrist warmers), and small USB-powered heated accessories.
- Smart Heated Support Gear
- Applications in Industrial Textiles
- Smart Heated Eye Masks
- Massage Cushions/Seat Cushions
Medical Applications
Graphene can be used in therapeutic heating packs and other medical applications.
Heating and Insulation for Precision Instruments
In many products, material degradation leads to decreased quality. As a nanomaterial, biomass graphene flexible heating film offers long service life, reducing costs and increasing product value.