Eco-friendly water-based graphene composite electric heating coating provides optimized thermal conductivity, superior energy efficiency, and sustainable formulation. Designed for advanced applications, it ensures uniform heat distribution, extended durability, and high-performance adaptability.
Product Overview
The eco-friendly water-based graphene composite electric heating coating is a high-performance heating solution based on high-quality thin-layer graphene. This coating utilizes a water-based environmentally friendly solvent and advanced composite technology to achieve superior thermal efficiency and stability. It is widely applicable in any field requiring electric heating, where current flowing through the coating generates efficient heat with minimal resistance loss, improving energy utilization.
Product Features
- High Electric Thermal Efficiency: The coating efficiently converts almost all the current into Joule heat, avoiding light and inductive losses. It offers 20-30% higher thermal efficiency compared to traditional resistive heating elements.
- Surface Heating: Uses surface-type heating elements, providing more uniform heat distribution. The sheet resistance is 2-5Ω/□ (25µm thickness).
- Rapid Heating: With a 7V voltage, the film's temperature can quickly rise to 60-80°C, providing rapid and efficient heating performance.
- Strong Curing and Adhesion: The coating has a high curing strength and adheres well to various substrates, ensuring long-term stable use without peeling.
Applications
- Building Sector: Used for underfloor heating, wall insulation, rooftop snow melting, and improving energy efficiency in buildings.
- Industrial Sector: Ideal for heating pipes, insulating equipment, and heating storage tanks, enhancing thermal management in industrial operations.
- Transportation Sector: Suitable for automotive seat heating, defrosting windows, and other vehicle heating applications to ensure comfort during driving.
- Agricultural Sector: Applied in greenhouse heating, aquaculture heating, and other agricultural environments, ensuring optimal temperature control across different seasons and conditions.
Technical Parameters | Values |
Solid Content | 16±1 wt% |
Solvent | Water |
Sheet Resistance | 2-5 Ω/□ (25 μm) |
Viscosity | 1000-1600 mPa.s |
Particle Size D50 | ~13 μm |
Particle Size D90 | ~49 μm |