Spray painting generates airborne overspray particles and volatile organic compounds (VOCs). Effective filtration is critical to protect workers’ health, prevent fire risks from combustible dust, and meet environmental compliance.
業界 課題
Fire Hazards
Fire Hazards
VOC Fines
VOC Fines
Fire Hazards
Fire Hazards
The Hidden Dangersin Paint Workshops
Pollution Sources Explained
Toxic Gas Bomb:Every liter of paint releases fumes equal to 12 soda cans (1.2kg VOCs), causing dizziness and equipment corrosion.
Sticky Dust Invasion: 30% of spray particles (smaller than a human hair*) stick to robots, reducing painting precision by up to 40%.
Silent Killer:Fluoride gases from metal pre-treatment silently eat away at sensor circuits, triggering 23% more machine failures.
Reality Check
Water Filters = Colander: Let through 1,500+ particles per cm³ (like 35% of dust escaping a vacuum cleaner).
Carbon Traps = Clogged Sponge:Carbon filters lose 72% effectiveness during night shifts – workers wake up to 3x higher toxin levels.
Energy Drain:Running dust collectors costs $18,000/year for a mid-sized factory – same as powering 150 homes daily.