Steel & Metallurgy

Steel and metallurgy plants make dust from every movement of material: furnace charging, scrap cutting, rolling, grinding and finishing. The dust is heavy, abrasive, sometimes hot, and in some zones fine enough to be a metal-dust explosion risk.

How the industry works

1. Raw material handling & charging — scrap, DRI or hot metal moves through bins, feeders and conveyors, releasing dust at every transfer.
2. Melting & refining — EAFs and ladle metallurgy generate fume that must be captured at the source before it leaves the shop.
3. Rolling & forming — hot rolling throws mill scale and oxide dust; cold rolling and slitting produce fine metal fines.
4. Cutting, grinding & finishing — plasma and oxy cutting, weld grinding, shot blasting and polishing create fume and abrasive dust.
5. Product handling & dispatch — scale and dust settle on finished coils, plates and profiles, hurting surface quality.

Where our equipment fits

What happens without it

• Fine metal dust settles on crane rails, cable trays and roof steel; a single spark turns it into a fire load.
• Mill scale and dust work into bearings, hydraulics and electrical cabinets, cutting machine life between overhauls.
• Furnace fume drifting through the shop blocks visibility for crane operators and triggers local emission complaints.
• Grinding and welding fume puts operators at risk of long-term respiratory claims — the industry's heaviest safety liability.

Why our equipment fits this industry

• Collectors are sized from your actual line layout and hood requirements, not a catalogue guess.
• Spark protection, abrasion-resistant hoppers and explosion-relief options are built for your risk review.
• Heavy-duty construction and easy access for filter change keep maintenance cost low on two- and three-shift lines.