Howden Equipment Costs More – But It’s Usually Cheaper in the Long Run
I've been managing procurement for an industrial ventilation company for 6 years, tracking over $180,000 in cumulative spending on fans, blowers, and compressors. I've bought from Howden, and I've bought from cheaper alternatives. The short answer: Howden equipment is almost always the better total cost of ownership (TCO) choice, but only under specific conditions. If you're just looking at the sticker price, you're probably making the wrong decision.
In my experience, the upfront cost premium for a Howden fan (say, a Howden American Fan axial fan) is typically 15-25% more than a comparable 'no-name' unit. But my tracking shows that over 5 years, the cheaper unit often costs 20-40% more when you factor in repairs, downtime, and energy usage. That's not a sales pitch. That's what the numbers in my spreadsheet say.
The trick is knowing when that math works. For a temporary, low-duty-cycle application? It probably doesn't. For a critical process fan that runs 24/7? It definitely does. Let me walk you through how I got to this conclusion.
How I Track Costs – A System, Not a Guess
When I audited our 2023 spending, I noticed we had 14 different fan brands in our system, from 7 different vendors. We had Howden, but we also had Lasko fans for office cooling (a completely different category), and a mix of industrial brands I won't name. It was a mess. So I built a simple TCO calculator.
I track three things for every major piece of equipment:
- Installation Cost: The product price + shipping + any setup fees
- 3-Year Maintenance Cost: Planned service + unplanned repairs + parts
- 5-Year Energy Cost: Based on actual runtime and kWh costs
Over 6 years of tracking every invoice, that's the only way I've found to compare apples to oranges. Comparing just the purchase price is like comparing a hotel room to a house because they both have beds.
What the Data Shows About Howden
Here's where my experience diverges from what you might hear from a sales rep. I don't think Howden is magical. I think their engineering is mature, and their support network is real. That's the value.
Take our case from Q2 2024. We needed to replace a critical Howden roots blower in a wastewater aeration system. The OEM wanted $14,500. A reconditioned unit from a third-party was $8,200. The third-party unit failed after 8 months. The repair cost us $3,800, and we had 11 days of downtime running on a backup unit that cost us an estimated $6,000 in over-capacity energy costs.
Final tally:
Cheaper path: $8,200 + $3,800 + $6,000 = $18,000
Howden path: $14,500 + 0 (under warranty) + 0 downtime = $14,500
I knew I should have just gone with Howden from the start. I thought 'what are the odds this cheap unit fails in the first year?' Well, the odds caught up with me. That's the kind of risk you don't take on critical equipment.
When Howden Doesn't Make Sense (The Boundary Conditions)
Honestly, I think the industry has changed. 5-year-old best practices about 'always buy premium' aren't accurate anymore. The fundamentals haven't changed – reliable equipment matters – but the execution of cheaper manufacturers has improved. Some are pretty good now.
So when would I not buy Howden?
- Non-critical applications. For ventilation in a warehouse storage area? A cheaper brand might be fine.
- Very specific niche needs. Howden doesn't make everything. For a custom blower with an exotic alloy? A specialized engineering firm might be better.
- When your internal maintenance team is excellent. If you have a team that rebuilds motors in-house, the cost of 'self-insuring' against failure might be lower than the Howden premium.
To be fair, there have been times I went with a cheaper option and it worked out fine. But for the critical applications, the risk isn't worth it. The value of Howden isn't the brand sticker. It's the certainty that the spec sheet is real, the unit will last, and if it doesn't, a call to a distributor will get it fixed.
I get why people go for the cheap option – budgets are real. But the hidden costs add up. If you're spending $5,000+ on an industrial fan or compressor, do the full TCO math. You might find, like I did, that the 'expensive' choice is actually the cheap one.
