Conductive PETG (ESD) – CNT-Enhanced Electrostatic Discharge Filament | Matter3D (0.5 kg)

Matter3D’s Conductive Filament Family is engineered for reliable electrostatic discharge (ESD) control across a wide range of polymers. Each material is compounded in-house using CNT technology to ensure stable resistivity, clean dispersion, and consistent performance in electronics-safe environments. From jigs and fixtures to production tooling and device handling, these filaments deliver the mechanical strength of their base resin with the added protection required for sensitive applications.

Conductive PETG ESD combines the toughness and easy printability of PETG with a precisely dispersed CNT formulation that delivers stable electrostatic discharge performance (10⁶–10⁹ Ω·cm). This material offers excellent layer adhesion, strong impact resistance, and low warp, making it ideal for electronics-safe jigs, trays, housings, fixtures, and production tooling. Conductive PETG is the perfect choice when you need dependable ESD protection without sacrificing print quality or mechanical durability.

Typical Applications for Matter3D Conductive Filament

• ESD-safe bins, trays & fixtures
• Electronics housings & covers
• Sensor mounts & test equipment
• Robotics & prototyping components
• Low-dB EMI reduction enclosures

Quality & Manufacturing – Matter3D Conductive Filament

All Matter3D Conductive filaments are compounded and extruded in-house using CNT-based conductive additives for repeatable resistivity, clean dispersion, and reliable ESD performance. Every batch is tested for volume resistivity, dimensional accuracy, and print consistency.

Conductive PETG (ESD) — FAQ

Q: What makes Matter3D’s Conductive PETG different?

A: We compound it in-house using CNT technology for stable ESD performance, excellent dispersion, and consistent mechanical strength. No off-brand blends—just premium PETG engineered for industrial use.

Q: What ESD range does this material fall under?

A: Typical volume resistivity is 10⁶–10⁹ Ω·cm, ideal for electronics-safe handling, tooling, trays, and housings.

Q: Is Conductive PETG easy to print?

A: Yes. It prints similarly to standard PETG but benefits from slightly higher temperatures for smooth flow and consistent CNT network formation.

Q: Do I need a hardened nozzle?

A: Yes. CNTs are mildly abrasive and will wear brass nozzles over time. Use hardened steel or carbide.

Q: Does Conductive PETG need drying?

A: Strongly recommended. PETG absorbs moisture, and drying improves layer adhesion, surface finish, and ESD consistency.

Q: Is it suitable for enclosed printers?

A: Absolutely. Conductive PETG performs well in both open and enclosed printers; an enclosure improves finish quality on larger prints.

Q: What printing temperatures work best?

A: Most users see ideal performance at 245–265°C on the nozzle and 75–90°C on the bed.

Q: What applications is this material good for?

A: Electronics assembly fixtures, ESD-safe trays, housings, jigs, robotics components, sensor mounts, and production tooling.

Q: How strong is it compared to standard PETG?

A: Mechanical performance is similar, with improved toughness and adhesion due to the CNT-modified matrix.

Q: Will the surface be glossy or matte?

A: Conductive PETG has a smooth, semi-gloss functional finish.