Understanding Electrostatic Discharge (ESD) Origins
ESD primarily occurs through two mechanisms:
Conduction: Charge transfer happens when conductive materials contact charged objects, as electrons flow freely across conductive surfaces.
Friction: Contact and separation of dissimilar materials generates triboelectric charging.
The Critical Need for ESD Control
While conduction and friction are virtually unavoidable, ESD poses serious risks:
• Premature failure of sensitive electronics
• Ignition of flammable substances
• Operational disruptions in critical environments
Litong Anti-Static Color Coated Aluminum Coil: Engineered Protection
Litong Aluminum's anti-static color coated aluminum coil is suitable for indoor environments with high requirements for dust-free, sterile, and anti-static properties.
Through precision roll-coating technology, we:
• Integrate conductive additives into specialty coatings
• Achieve surface resistivity of 10⁶–10⁹ Ω (ASTM D257 verified)
• Enable perfect static dissipation through grounding systems
In addition to excellent anti-static properties, anti-static color coated aluminum coils also have excellent adhesion, good corrosion resistance, as well as excellent flexibility and processability.
#Parameter Specification
Alloy: Suitable for various types of aluminum alloys
Substrate thickness: 0.15~1.5mm
Substrate width: within 1600mm, can be divided into strips according to customer needs
Film thickness: Single coating 20 ± 2 microns
#Application scenarios
• Semiconductor fabrication • Electronics manufacturing
• Telecommunications • Precision instrumentation
• Data centers • Pharmaceutical/Biotech facilities
• Medical operating rooms • Textile production
Litong's coated aluminum coils can also provide different functions beyond anti-static. Contact us to explore the infinite possibilities of color coated aluminum coil decoration engineering solutions.
