Conductive Nylon (ESD) – Nylon 6/66 CNT-Enhanced 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 Nylon ESD blends the exceptional toughness and wear resistance of Nylon 6/66 with a precisely dispersed CNT formulation to deliver stable electrostatic discharge performance (10⁶–10⁹ Ω·cm). This material offers outstanding durability, high heat resistance, excellent fatigue strength, and strong interlayer adhesion—making it ideal for demanding end-use parts, electronics-handling tools, and automation fixtures. When you need maximum mechanical performance with dependable ESD protection, Conductive Nylon is the top choice.

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 Nylon (ESD) — FAQ

Q: What makes Matter3D’s Conductive Nylon different?

A: We compound it in-house using CNT dispersion technology that stabilizes resistivity and enhances mechanical performance compared to off-the-shelf conductive nylons.

Q: What is the ESD range?

A: Typically 10⁶–10⁹ Ω·cm, suitable for safe handling of sensitive electronics.

Q: Is this stronger than Conductive PLA or PETG?

A: Yes. Conductive Nylon is the highest-performance ESD material in your lineup—maximum durability, fatigue resistance, and heat stability.

Q: Does it require drying?

A: Absolutely. Nylon is highly hygroscopic; drying is mandatory for clean surfaces, strong layers, and stable resistivity.

Q: Is a hardened nozzle required?

A: Yes—CNTs are mildly abrasive.

Q: Does it need an enclosure?

A: Strongly recommended. Heat minimizes warp and improves dimensional stability.

Q: What applications suit Conductive Nylon?

A: High-stress jigs, end-effectors, wear parts, tooling, trays, housings, fixtures, robotics components, and electronics assembly equipment.