ESD filaments (Electrostatic Discharge) are specially developed 3D printing materials that can dissipate electrostatic discharges. These filaments typically consist of thermoplastic polymers reinforced with conductive additives such as carbon fiber or carbon black. ESD filaments are particularly suitable for applications where protecting sensitive electronic components or preventing static buildup is important.
Use cases:
- Electronic components and housings: Protection against electrostatic discharges in electronics manufacturing and during PCB assembly.
- Storage containers and packaging: ESD-safe containers for transporting or storing sensitive components.
- Antistatic tools: Production of antistatic tools, fixtures, or aids for manufacturing processes in the electronics industry.
- Industrial applications: Components for machines or devices in the automotive industry, aerospace, and medical technology that require ESD protection.
Advantages (USP):
- Protection against electrostatic discharge: Ideal for use in areas where ESD protection is essential, e.g., in electronics manufacturing.
- High mechanical strength: ESD filaments maintain their stability and strength, even in demanding industrial applications.
- Versatile applications: ESD filaments can be used for producing functional prototypes, end components, or fixtures that must meet special electrostatic requirements.
ESD filaments offer an ideal solution for companies and engineers who need to print components that protect sensitive electronic devices while being mechanically durable. With their conductive properties, they are indispensable for industries such as electronics manufacturing, aerospace, and automotive, where electrostatic discharges must be avoided.