Static electricity can be a significant concern in manufacturing processes as it can lead to various issues, including safety hazards, product defects, and equipment damage. Several factors can cause static electricity to build up in manufacturing environments: Friction: One of the primary causes of static electricity in manufacturing is friction between materials. When two materials…

The ambient temperature in a room when applying Electroguard paint, and primers, is very important and should not be ignored. Perfect Temperature The perfect temperature for applying paint is between 15-20°C. This temperature range, in a well ventilated room, is optimum for application, drying and curing. Too cold We advise against applying Electroguard paint if…

Electroguard paint coverage varies depending on the product, the porosity of the surface to which the paint is being applied, air temperature and atmospheric conditions. Buying only the paint you need keeps costs down and is better for the environment. For Electroguard ESD paints the coverage is as follows:   Electroguard  A40 : Coverage: 10m²…

There is a lot of confusion over whether an ESD floor should be static dissipative or conductive.  Unfamiliar with technical details, specifiers often require a floor to be conductive or dissipative, convinced one is better than the other. This is not the case and a floor should always be chosen based on the individual requirements.…

The purpose of painting your floor with ESD paint is to remove static. The paint will absorb the static charge but it needs somewhere to escape via a grounding point.   Grounding is a simple easy process. Normally one grounding point is required for every 1000 ft2 (111 m2) of flooring. The most effective way…