ESD-Safe Materials 3D Printing

ESD-Safe Materials 3D Printing Service

Q: What makes a 3D printed part ESD safe?

A controlled level of conductivity across the whole surface, so static charge bleeds off gradually instead of accumulating and discharging suddenly. Our ESD materials sit at 10^6 to 10^9 ohms per square — protective, but not conductive enough to short a circuit.

Q: Why are ESD-safe parts only black?

ESD properties come from conductive carbon-black added to the base polymer, and that additive is black by nature. So every ESD-safe material we print is matte black. If you need a specific colour alongside ESD protection, the colour has to be applied as a non-conductive surface coat or the part must be used inside an ESD-rated enclosure.

Q: Can I get ESD-safe parts in PLA or ABS?

Yes. We offer ESD-safe grades of PLA, ABS and PETG. PLA has lower heat resistance, ABS and PETG are better for higher-temperature processes. Tell us your process temperature and we will assign the right grade.

Q: Are ESD-safe trays compliant for electronics assembly?

ESD-safe material is designed for use in electronics assembly environments where unprotected handling is a known risk. For formal compliance in a certified ESD control programme, we recommend validating your own parts against your internal ESD control plan — we will supply material data to support that.

Dissipates static charge safely — the only choice for electronics assembly tooling.

FDM Process±0.2 mm toleranceLayer height 0.1 – 0.32 mm90 – 110 °C depending on grade

Best for

PCB trays, IC handlers, wafer carriers, semiconductor tooling, assembly jigs

ESD-safe materials dissipate static charge safely across their surface, protecting sensitive electronics from electrostatic discharge during handling. A single unprotected static discharge can destroy a microcontroller, so this is not a nice-to-have — it is a requirement in any electronics manufacturing environment.

ESD-safe filament works by adding conductive carbon-black to the base polymer, bringing surface resistivity into the controlled range of roughly 10^6 to 10^9 ohms per square. Charge drains slowly and evenly across the part instead of accumulating and discharging suddenly.

This is the only correct material for PCB trays, wafer carriers, IC handlers and semiconductor assembly jigs. Using ordinary ABS or PLA for these applications is a genuine manufacturing risk. Parts are supplied in matte black, which is a direct consequence of the conductive additive.

ESD-Safe Materials Properties at a Glance

Surface Resistivity:10^6 – 10^9 ohm/sq — controlled static dissipation without full conductivity

Mechanical Strength:~40–55 MPa — comparable to standard engineering grades

Heat Resistance:Good — up to 90–110 °C depending on the base polymer

Appearance:Matte black only — the carbon-black additive that provides ESD properties dictates colour

ESD-Safe Materials Technical Specifications

Technical specifications for ESD-Safe Materials FDM 3D printing
Process	FDM
Base Polymers	ESD PLA, ESD ABS, ESD PETG
Surface Resistivity	10^6 – 10^9 ohm/sq
Tensile Strength	~40–55 MPa
Heat Deflection Temp.	90 – 110 °C depending on grade
Colour	Matte black (conductive additive)
Charge Decay Time	< 2 seconds from 5 kV
Certification	Tested per part batch

Typical Applications

✓PCB and component trays
✓Wafer and die carriers
✓IC handler and insertion tooling
✓Semiconductor assembly jigs
✓Electronics bench and ESD workstation accessories
✓Handling fixtures for sensitive components

Limitations to Know

!Available in matte black only — the conductive additive dictates colour
!Not electrically conductive, so it will not ground a component by itself
!Surface resistivity varies with layer adhesion; avoid heavy post-processing
!Slightly more expensive than standard engineering filaments

How We Print ESD-Safe Materials

Printed with controlled layer adhesion so surface resistivity stays in band
Avoiding post-processing that could break the conductive surface network
Each batch is verified for surface resistivity before dispatch

ESD-Safe Materials 3D Printing FAQ

What makes a 3D printed part ESD safe?+

A controlled level of conductivity across the whole surface, so static charge bleeds off gradually instead of accumulating and discharging suddenly. Our ESD materials sit at 10^6 to 10^9 ohms per square — protective, but not conductive enough to short a circuit.

Why are ESD-safe parts only black?+

ESD properties come from conductive carbon-black added to the base polymer, and that additive is black by nature. So every ESD-safe material we print is matte black. If you need a specific colour alongside ESD protection, the colour has to be applied as a non-conductive surface coat or the part must be used inside an ESD-rated enclosure.

Can I get ESD-safe parts in PLA or ABS?+

Yes. We offer ESD-safe grades of PLA, ABS and PETG. PLA has lower heat resistance, ABS and PETG are better for higher-temperature processes. Tell us your process temperature and we will assign the right grade.

Are ESD-safe trays compliant for electronics assembly?+

ESD-safe material is designed for use in electronics assembly environments where unprotected handling is a known risk. For formal compliance in a certified ESD control programme, we recommend validating your own parts against your internal ESD control plan — we will supply material data to support that.

Compare with other materials

Also in Advanced Engineering FDM Materials: browse all materials

PLA

General-purpose, eco-friendly, widest colour range available.

ABS

Tough, machinable, and acetone-smoothable — a proven engineering classic.

Carbon Fibre-Reinforced (CFRP)

Aerospace-grade stiffness at minimal weight — where strength-to-weight ratio is critical.

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