Heat Resistant Magnetic Anti-Static Workbench Mat, 932°F Rated, 20.7 x 13.4 Inch, for Avionics, Instrument, and Electronics Maintenance Work
Avionics and instrument maintenance work on an unprotected bench surface creates three concurrent risks: heat damage from soldering irons and hot components, electrostatic discharge damage to sensitive electronics from a non-static-dissipative surface, and lost fasteners and small components that roll off the work area. Supplied by JHEARs Aerospace, this large magnetic anti-static workbench mat addresses all three on a single surface. The 932°F heat resistance rating means soldering iron rests and brief contact from hot components do not damage the mat, the anti-static surface provides the electrostatic discharge protection that sensitive avionics and instrument components require during handling, and the magnetic surface holds screws, fasteners, and small metal components in place on the mat rather than rolling off the bench mid-job.
At 20.7 by 13.4 inches, the mat provides a working area large enough to lay out an avionics box, instrument panel components, tools, and reference materials simultaneously without the workspace becoming cramped. For avionics engineers, instrument technicians, and anyone working on wiring looms, avionics boxes, or instrument panels at a bench, this mat provides the surface conditions that sensitive electronics work demands.
Spec: Magnetic anti-static workbench mat. 20.7 x 13.4 inch working surface. Heat resistant to 932°F (500°C). Anti-static (ESD-safe) surface. Magnetic surface for fastener and component retention. Suitable for avionics, instrument panel, and electronics maintenance bench work.
Who this is for: Avionics engineers and instrument technicians working on sensitive electronics at the bench who need ESD protection, heat resistance, and component retention in a single surface, aircraft maintenance professionals who handle avionics components and small fasteners during disassembly and reassembly tasks, and anyone who works with electronics and soldering at a bench where an unprotected surface creates damage and loss risks.
FAQ
What does anti-static (ESD-safe) mean for avionics work and why does it matter?
Anti-static or ESD-safe surfaces are electrically conductive or dissipative, which means electrostatic charge built up on the technician or on components is safely dissipated rather than accumulating to the point where it discharges through sensitive electronic components. Electrostatic discharge (ESD) can damage or destroy avionics components, microprocessors, and circuit boards instantly or create latent failures that appear later in service. Working on an ESD-safe surface is a standard precaution for avionics and electronics maintenance.
Does the magnetic surface affect sensitive avionics components or instruments?
The magnetic surface is designed to hold ferrous fasteners and small metal components in place on the mat, not to provide a strong field across the entire surface. However, for magnetically sensitive instruments, gyroscopic instruments, or components specifically rated as magnetically sensitive, keep those items away from the magnetic area of the mat during work. When in doubt, consult the component's maintenance documentation for handling precautions.
Is the mat suitable for use with a soldering iron resting on it between solder joints?
The 932°F heat resistance rating means brief contact from a soldering iron tip or hot component will not damage the mat surface. For extended periods of resting a hot soldering iron, use a dedicated soldering iron holder rather than leaving the iron on the mat, as sustained concentrated heat above the mat's rating could cause damage over time.
Why should I purchase my avionics workbench equipment from JHEARs Aerospace?
At JHEARs Aerospace, we supply practical workbench equipment and tooling selected for professional use in aviation maintenance and avionics environments. Our range is chosen to give engineers and technicians the workspace conditions that sensitive electronics and precision maintenance work requires.
