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ESD-Safe Conductive ABS Filament for Static-Sensitive Jigs & Enclosures and Prototypes 1.75mm 1kg
ESD-Safe Conductive ABS Filament for Static-Sensitive Jigs & Enclosures and Prototypes 1.75mm 1kg
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✔ Standard delivery time: 7–12 business days (US/EU)
Eliminate Static Risks. Engineer with Confidence Using Industrial ESD-Safe ABS.
In electronics manufacturing and handling, an unseen spark of static electricity (ESD) is enough to destroy sensitive components, halt production lines, and incur significant costs. Our Conductive ABS Filament is engineered to provide a permanent, reliable static-dissipative solution. 3D print your own ESD-safe work environment—from custom jigs and fixtures to protective enclosures—and safeguard your valuable electronics from the ground up.
Why Choose Our Industrial Conductive ABS?
· Guaranteed ESD Protection
Formulated to safely dissipate static charges, preventing catastrophic damage to sensitive ICs, PCBs, and microelectronics during manufacturing, testing, and assembly.
· Built for Demanding Environments
Retains the excellent mechanical strength, durability, and heat resistance of premium ABS, making it suitable for functional, long-lasting industrial parts, not just prototypes.
·100% Bubble-Free Consistency
Manufactured to the highest standards with zero bubbles. This ensures flawless extrusion, eliminates print failures due to voids, and guarantees consistent diameter for reliable printing.
Permanent & Cost-Effective
Outlasts temporary anti-static sprays or coatings. Create custom ESD-safe tools on-demand, reducing lead times and costs associated with traditional machining or specialized off-the-shelf parts.
Technical Specifications
| Parameter | Specification |
|---|---|
| Filament Diameter | 1.75 mm |
| Diameter Tolerance | ± 0.03 mm |
| Nozzle Temperature | 230 - 260 °C |
| Bed Temperature | 100 - 120 °C |
| Bubbles | 100% Bubble-Free |
| Net Weight | 1.0 kg / roll |
| Approx. Length | ~380 meters |
Industrial & Professional Applications
This filament is indispensable for creating an ESD-protected workspace across various sectors:
· Electronics Manufacturing (EMS): Custom PCB assembly fixtures, solder pallets, conveyor line guides.
· Product Development & R&D: ESD-safe enclosures for prototype devices, test probe holders, sensor mounts.
· Automation & Robotics: End-of-arm tooling (EOAT) and gripper jaws that handle sensitive components.
· Storage & Handling: Component trays, storage bins, and handling tools that prevent static accumulation.
Optimal Printing Guidelines
To achieve professional results with this engineering material, we recommend:
· Use a Closed Printer Chamber: An enclosed printer is highly recommended to maintain a stable, draft-free high-temperature environment, which is critical for ABS to prevent warping and delamination.
· Ensure Proper Bed Adhesion: Use a heated bed (100-120°C) with a proven adhesive such as ABS slurry (ABS scraps dissolved in acetone), PVAc glue (e.g., Dimafix), or a dedicated PEI spring steel sheet.
· Keep Filament Dry: ABS is hygroscopic. For optimal print quality and to prevent bubbling from moisture, dry the filament at 70-80°C for 2-4 hours before printing, especially after opening the vacuum seal.
Frequently Asked Questions
Q: How conductive is this material? Can I print functional circuit traces with it?
A: This is a static-dissipative (ESD-Safe) material, not a highly conductive one. Its electrical resistance is tuned to safely and slowly bleed away static charges to prevent ESD events. It is not designed to replace wires or print functional circuit paths with low resistance.
Q: Is an enclosed printer mandatory for using this filament?
A: While not absolutely mandatory for very small parts, an enclosure is highly recommended for any substantial print. It drastically reduces warping and improves layer adhesion by keeping the ambient temperature high and stable, which is crucial for ABS. For consistent, industrial-grade results, an enclosure is considered a requirement.
Q: What does "100% Bubble-Free" mean for my prints?
A> It means superior reliability. Bubbles in filament can cause extrusion inconsistencies, under-extrusion, and even nozzle clogs. Our bubble-free guarantee ensures a smooth, predictable printing process, which is essential when printing critical tools and fixtures for professional use.
