It is essential that ESD-protected workplace areas and equipment (tables, floors, work mats, trays, tools, machine elements) are cleaned with specialised antistatic cleaners.

The primary objective of ESD protective packaging is to prevent ESD incidents within the packaging and facilitate the dissipation of charges from the outer surface.

The use of grounding products and testing equipment becomes essential to verify the proper functionality of static control systems in the work environment.

Controlling electrostatic discharge (ESD) in the workplace is crucial to protect sensitive electronic equipment from damage, and implementing an ESD control programme involves various measures and tests.

An important factor when choosing a floor covering, is the resistance to earth, which indicates how strongly the material will resist the flow of electricity through it (measured in ohms).

pecialised industries require precise conductivity specifications on containers, component holders, and pallet conductivity, to prevent the destruction of electronic components by electrostatic discharge (ESD).

Conductive foot, heel and shoe grounders are used in electrostatic discharge protected areas to provide a path to ground for static electricity, which prevents damage to sensitive electronic components.

An electrostatic discharge (ESD) is the sudden transfer of static charge between bodies at different charge potentials caused by near contact, which can potentially damage or destroy electronic systems.

Offering a significant reduction in size and weight due to their energy density of 400 J/dm³, Exxelia’s MML ultra-high density film capacitors are a game changer for the power electronics field.