new material
Carbon nanotube transparent antistatic coating offers exceptional conductivity, optimized surface transparency, and superior electrostatic dissipation. Designed for electronic and optical applications, it ensures reliable charge control, extended durability, and high-performance adaptability.
Product Overview
The carbon nanotube transparent antistatic coating is a high-performance coating based on carbon nanotube materials, offering excellent conductivity and transparency. This product is widely used in static control applications, combining the requirements for both electrostatic control and transparent coatings. The coating has moderate surface resistivity and optical transmittance, and can be diluted to adjust transmittance according to specific needs. Once dried, it provides stable electrical properties.
Key Features
- Transparency: Initial transmittance reaches 60%, suitable for transparent conductive coatings.
- Adjustable Transparency: Can be diluted with deionized water to achieve a transmittance of up to 80%.
- Good Conductivity: Surface resistivity ranges from 10⁵ - 10⁶ Ω, making it ideal for electrostatic control.
- Multiple Application Methods: Can be applied using various methods such as gravure printing, roller coating, spraying, or dipping.
- Excellent Drying Performance: After drying at 80-120°C for 5 minutes, the coating ensures stability and durability.
Applications
- Antistatic Thermoformed Trays: Used in sheets for antistatic trays, enhancing their electrostatic protection capability.
- Antistatic Protective Films: Suitable for antistatic protective films and tapes, ensuring effective electrostatic shielding.
- Electronic Component Protection: Provides effective antistatic protection for electronic devices and components.
| Property | Description |
| Solid content | ~5% |
| Original surface resistance (Ω) | 10⁵—10⁶ |
| Surface resistance after 3x deionized water dilution (Ω) | 10⁶—10⁷ |
| Original transmittance | 60% |
| Transmittance after 3x deionized water dilution | 80% |
