Applications

Wood-Production-1 (2)

Automotive

Modern headlights integrate complex and delicate electronic driver circuits for LEDs.

Wood-Production-1 (1)

Medical

Face masks are made from several layers of non-woven synthetic fabrics.

Wood-Production-1 (3)

Painting

Cleaning, dust removal and neutralization of electrostatic charges on plastic components before painting or coating.

Wood-Production-1 (4)

Food

Neutralization of electrostatic charges during the production, filling and packaging of plastic containers and on inkjet, extrusion and tubular bag systems.

Wood-Production-1 (5)

Converting

When a continuous plastic film runs at high speed over machine rollers

Wood-Production-1 (6)

Electronics

Components such as plastic battery housings (for EV cells or standard 12V batteries)

Wood-Production-1 (7)

Packaging

The processes of unwinding and rapid cutting generate significant triboelectric effects.

pharma

Pharmaceutical

Plastic parts or packaging often accumulate high static charges from previous manufacturing steps.

Wood-Production-1 (9)

Plastics

Plastic containers generate significant static charges during the molding process.

Wood-Production-1 (10)

Textile

Thousands of individual synthetic yarns are used in textile production.

Wood-Production-1 (11)

Whitegoods

Washing machine doors, which are typically made of high-gloss plastic or glass, are very susceptible to

Wood Production (1)

Wood Production

Wooden panels (MDF, chipboard or solid wood) generate extreme static charges.