What Is Static Electricity and Why Is It a Problem?
Static electricity is the buildup of electrical charge on the surface of materials. It happens when two surfaces come into contact and then separate, transferring electrons from one material to another.
Friction: Walking on carpet, rubbing plastic, or peeling tape
Low Humidity: Dry air increases the chance of static buildup
Insulating Materials: Plastics, synthetic fabrics, and rubber don’t allow charges to dissipate
Movement and Handling: Especially in packaging, production, and transport environments
⚠️ Electronics Damage
A sudden static discharge (ESD) can destroy or degrade sensitive components like microchips or PCBs.
Static-charged surfaces pull in dust, lint, and other particles — a serious issue in cleanrooms or electronics.
Shocks from touching doorknobs, chairs, or shelving are annoying. In flammable environments, static can even ignite vapors.
Neutralises static charges on plastic, metal, and fabric
Reduces dust attraction on tools and storage bins
Protects equipment from ESD
Improves safety and comfort in high-static areas
What’s the difference between static and ESD?
Static is the charge buildup. ESD (electrostatic discharge) is the sudden release that can cause damage.
Can I completely eliminate static?
Not permanently — but with regular application of anti-static products and environmental controls, you can manage it effectively.
Do humidifiers help?
Yes — increasing humidity can reduce static buildup, but it’s not always practical or consistent. Anti-static sprays provide a targeted solution.