Industry-Specific Guides
Industry dust collection guides exist because no two manufacturing sectors generate the same dust problem. Welding fumes are not wood dust. Aluminum grinding is not pharmaceutical powder. Food processing is not silica. The dust collection system that keeps a cabinet shop compliant will fail an aerospace audit, and the system that’s right for a pharma facility is overkill — and the wrong materials — for a metal fab shop.
This category exists because the question “what does my industry actually need?” doesn’t have a generic answer. The answer depends on what you’re cutting, grinding, mixing, or milling — and what NFPA 660, OSHA, and your insurance carrier require for that specific material in that specific volume.
The articles here cover sector-by-sector dust collection guidance, with the engineering and compliance details unique to each. Every guide is grounded in real Southwest projects — what we’ve actually quoted, installed, and tested across Arizona, California, Nevada, New Mexico, and Utah.
What you’ll find in this category
- Welding & Metal Fabrication — hexavalent chromium, manganese, source capture sizing
- Wood Manufacturing — combustible wood dust, NFPA 660 venting requirements
- Pharmaceutical Manufacturing — cGMP validation, stainless construction, HEPA + carbon
- Aerospace Manufacturing — composite dust, titanium, reactive metal handling
- Food & Supplement Manufacturing — allergen separation, sanitary design, sugar/flour KSt
- Plastics Manufacturing — regrind fines, polymer dust, defect-driven scrap
- Concrete & Silica — OSHA Table 1 silica compliance, wet vs. dry capture
The questions we get most
Do industry dust collection guides actually differ that much by sector?
Yes — the differences are larger than most operators realize. Wood dust at 5,000 FPM transport velocity is fine; aluminum at the same velocity in the same duct could detonate. A cartridge collector that runs a metal fab shop for 15 years would clog in 60 days at a wood shop. Pharmaceutical facilities can’t use carbon steel collectors at all. Industry-specific guidance isn’t marketing — it’s the difference between a system that passes inspection and one that doesn’t.
What’s the most common mistake industries make in dust collection sizing?
Treating dust like dust. A generic 10,000 CFM collector quoted off a product sheet without dust hazard analysis, particle size data, or sector-specific compliance review is the most expensive mistake we see. The “fix it later” cost typically runs 50–70% more than building it right the first time. Industry-specific design starts with what you’re actually generating, not with what equipment is available.
Does NFPA 660 apply differently across industries?
NFPA 660 is a unified standard, but its application depends on your dust’s combustibility and KSt class. Aluminum grinding at St-2 has very different protection requirements than wood dust at St-1. The compliance framework is the same; the engineering inside it scales with hazard. That’s why industry-specific guidance matters — the standard doesn’t change, but how you meet it does.
How do I find the right industry dust collection guide for my facility?
Start with the primary material you’re processing daily. If you handle multiple dust types in the same building (combined fab + woodshop is common), you may need separate collectors with isolation between them — or one larger system designed specifically for your mix. The single-material guides above are starting points; the right answer for a multi-material facility usually requires a free on-site assessment.
Your next step
Every system we engineer is industry-matched and backed by our pass-or-free compliance guarantee. It passes inspection for your specific dust, in your specific facility, or we fix it at no charge.
If you’re in the Southwest and want a sector-specific walkthrough of your facility, book a free assessment. We bring the engineering. You get a written report with the specifics that apply to your industry — no generic spec sheets.
