Static electricity poses a dangerous, invisible threat to industrial facilities. It can trigger devastating accidents in explosive atmospheres (ATEX zones). These zones contain flammable dust, solvents, or chemical vapors. Even a tiny spark causes major industrial accidents. At Orhan Sanayi (OSK), we develop antistatic belts to minimize charge accumulation. These belts ensure safety and continuity in critical environments.
The Risk of Static Electricity
Rapidly moving machine parts, especially belt-and-pulley assemblies, generate static charge through friction. Standard, non-conductive belts trap this charge on their surfaces. When the charge reaches a specific threshold, it discharges as a spark. If explosive dust or gas mixtures exist, this spark ignites a catastrophe. Our antistatic belts utilize specialized conductive additives. These additives dissipate static charge continuously through the machine frame to the ground. Consequently, they prevent dangerous buildup.
How Antistatic Belts Ensure Safety
OSK’s antistatic solutions provide more than simple electrical conductivity. We engineer these belts to comply with strict explosion-proof atmosphere regulations:
- Charge Dissipation: The conductive structure of the belt constantly discharges static electricity from friction.
- Spark Prevention: The belt keeps static accumulation near zero, effectively eliminating the risk of electrostatic discharge.
- Mechanical Durability: These belts maintain their antistatic properties throughout their service life. Furthermore, they do not compromise mechanical performance.
The Right Choice for Production Safety
Every piece of equipment in an explosive atmosphere must undergo a comprehensive risk analysis. Importantly, the belt alone is not enough to ensure safety. You must properly ground the entire system, including pulleys, motor housings, and machine frames. To reduce risks associated with static electricity, please reach out to our technical support team. We offer customized antistatic solutions to help your facility reach world-class safety standards.
