ESD safe ceramics OVERVIEW

Advanced Static-Control Ceramic Solutions for Sensitive Electronics

Electrostatic Discharge (ESD) safe ceramics are specially engineered materials designed to control and safely dissipate static electricity, protecting sensitive electronic components during manufacturing, assembly, and inspection processes.

At Ortech Ceramics, our ESD-safe ceramic components are typically based on high-performance Zirconia (ZrO₂) and Alumina (Al₂O₃) formulations with precisely controlled electrical resistivity. These materials combine the mechanical and thermal advantages of advanced ceramics with reliable static dissipation performance.

ESD-safe ceramics are precision-engineered materials designed to prevent electrostatic charge buildup. In electronics manufacturing environments, uncontrolled static discharge can damage microchips, wafers, and other delicate components.

Our static-dissipative ceramic materials offer:

  • Controlled surface resistivity (typically 10⁶–10¹¹ Ω, customizable)

  • Stable electrical performance across temperature ranges

  • Cleanroom compatibility

  • Non-outgassing, contamination-free material structure

  • Long-term durability without coatings

Unlike polymer-based ESD materials, Ortech ceramic solutions provide permanent static control that does not wear off over time.

ESD Ceramic Manufacturing

Ortech Ceramics provides complete custom manufacturing services:

  • Precision CNC machining

  • Tight tolerance grinding and polishing

  • Custom resistivity tuning

  • Prototype to high-volume production

  • Application engineering support

We manufacture according to customer drawings and electrical performance specifications.

Common Applications

Ortech ESD-safe ceramic components are widely used in:

  • Semiconductor wafer handling tools

  • Pick-and-place suction nozzles

  • PCB assembly fixtures

  • Cleanroom automation systems

  • Jigs and positioning fixtures

  • Inspection and metrology tools

  • Chip testing components

These applications require both static dissipation and high wear resistance — making advanced ceramics the ideal solution.