PES – Physics of Electrostatic Systems

Electrostatic charge is everywhere – many technologies use it, and others need to avoid it!

Charge is affected by multiple material and environment parameters:

Material
chemical formulation, homogeneous or mixed powders, surface properties, additives, electrical conductivity.

Environment
electrical and magnetic fields, temperature, humidity.

Activation
number and strength of collisions among the particles or against other surfaces.

The imaging process in the electrophotography is based on electrostatic charged particles, called toner.

Many other traditional and new technologies, such as powder coating, the pharmaceuticals industry, and prototyping use the physics of electrostatic charge. To improve the performance of these applications, an even better understanding of the charge and the mechanisms behind charge is necessary.

The EPPING – PES Laboratorium has over 30 years of experience in producing measurement devices for electrostatic charge. Our devices are characterized by high quality, high stability, reproducibility and reliability, which make us a competent and valuable partner to our customers around the world.

All of our devices are available in our lab for testing. We can also measure your samples as a service in our lab.