3D printing materials
Nylon PA12 Electrostatic Discharge
Nylon PA12 Electrostatic Discharge (ESD) is a specialized polyamide engineered to safely dissipate static electricity while maintaining the strength and durability of standard nylon materials. This makes it an excellent choice for applications where electrostatic discharge can damage sensitive components or disrupt performance.
Nylon PA12 ESD
At JawsTec, we produce high-quality PA12 ESD parts that deliver consistent conductivity, dimensional stability, and reliable mechanical properties. Discover why this material is a trusted solution for electronics, industrial tooling, and functional end-use components that require controlled static dissipation.
Description
| Applications |
Our Nylon PA12 ESD material is designed to provide reliable electrostatic dissipative properties while maintaining the strength, toughness, and dimensional stability of standard nylon. It helps protect sensitive electronic components by reducing static buildup and minimizing the risk of electrostatic discharge during handling or use. We can produce PA12 ESD components for prototypes, small runs, or full-scale production. Example application: Electronics housings |
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Characteristics
| Price | $ $ $ $ $ |
| Lead Time | 4-5 business days |
| Tensile Strength [x-y] | 68 MPa |
| Tensile Strength [z] | 68 MPa |
| Tolerance | 20µm |
| Resolution | X-Y: 25 μm Z: 1.5 μm |
| Max part size | (HP MJF 5600 Pro): 380mm x 280mm x 380mm |
| Minimum Layer Height | 80 μm |
Available materials
MJF Nylon PA12 ESD
PA12 ESD is an electrostatic dissipative polyamide engineered to provide reliable static control while maintaining the strength, toughness, and dimensional stability of standard nylon. Components made from PA12 ESD are designed to safely dissipate static charges, helping protect sensitive electronic components and reduce the risk of electrostatic discharge during handling and operation. At JawsTec, we produce high-quality PA12 ESD parts with consistent mechanical performance, tight dimensional accuracy, and a durable surface finish. This material is well-suited for applications where static control, reliability, and functional performance are critical in industrial and electronics-focused environments.