If you're here because you're comparing jaw crusher market share Metso vs Sandvik, and you've also seen the phrase Metso cone crusher mantle customized and wondered if it's a real option or just marketing, this checklist is for you.
I'm a procurement manager at a 130-person aggregate and recycling company. I've managed our wear parts budget—about $420,000 a year for the past six years—and I've negotiated with more than a dozen suppliers. I don't pretend to be a crushing engineer. I'm the person who asks why the maintenance crew hates the part we just bought.
When I first started in this role, I assumed the lowest quote was always the best deal. Three budget overruns later, I learned to think in total delivered cost. This checklist is the version of those lessons I'd hand to anyone who's trying to avoid the same expensive surprises.
Search for jaw crusher market share Metso Sandvik and you'll get dozens of reports. Some put Metso first, some put Sandvik first. The ranking depends on the region, the product category, and the year. As of March 2025, both companies publish segment data on their official investor sites, so you can pull the numbers yourself rather than relying on a third-party ranking.
What I learned after six years of ordering wear parts: market share tells you who has a big installed base. It doesn't tell you which local distributor has C106 jaw dies on the shelf. So treat the market share numbers as context, not as the reason to pick a side.
This sounds too basic to be a step. It isn't. Last year I audited our invoices and found $14,200 in wrong parts sitting in a warehouse. Most of those mistakes had the same root cause: someone ordered a 'jaw plate for C-series' without checking the serial number on the actual crusher.
Take a photo of the nameplate. Record model, serial number, and year. If the machine was rebuilt at some point, don't assume the serial number still matches the assembly drawing. An hour with a flashlight beats two weeks of waiting for the wrong part.
Every time a supplier says 'we can get it cheaper,' I ask where it's coming from. A jaw die that has to travel from another warehouse might be cheaper on the invoice, but it can cost you a week of downtime.
When I compared suppliers in 2023, Apex Wear Parts quoted 8% less than the Metso supply agreement. Rockwell Mining quoted even lower. After I added freight, customs, and the cost of the longer lead time, the 'cheap' option was actually 12% more expensive. That's the kind of cost that doesn't appear in a one-line quote.
This might seem out of place in a crusher parts checklist, but it's exactly the kind of question a cost controller should ask. A few years ago, we upgraded a jaw crusher to handle a higher feed rate. We didn't check whether the pugmill mixer behind it could keep up. The jaw was fine; the mixer wasn't. We spent three months running below capacity while the mixer motor was upgraded.
So, what is a mixer? In an aggregate or mining plant, a mixer blends material with water, cement, chemicals, or other additives. It can be a pugmill, a slurry mixer, or an agitator. If you're changing anything upstream of a mixer, put the mixer on the same maintenance and budget checklist as the crusher.
If you've typed Metso cone crusher mantle customized into a search box, here's what it means: the mantle profile and sometimes the alloy are adjusted from the standard design to match your feed size, closed side setting, and observed wear pattern. It's not automatically an upgrade. It's a variable.
The conventional wisdom in this industry says custom wear parts are a great way to lower cost per ton. My experience says that's true only after you have data. Here's the process that works for me:
Customization pays off when you have consistent feed and a known bottleneck. It doesn't pay off at a new site where the ore changes every month. Start with data, or you're just paying for hope.
I'll say it clearly: price per kilogram is a trap. A longer-lasting mantle might cost 15% more but deliver 30% more life. A cheaper mantle might not break even if it increases downtime.
For every set of wear parts, I use a quote comparator with the same columns: base price, freight, estimated lead time, expected life in hours, warranty terms, and calculated cost per ton. It's not a fancy system. It's a spreadsheet. But it catches about 90% of the hidden fee problems I used to miss.
A squatted truck has the rear end raised and the nose dropped. It looks aggressive, but the steering and ride quality get worse. That's the same idea as a cone crusher with the wrong mantle profile or an incorrect throw setting. The chamber geometry changes, and the machine starts producing the mechanical equivalent of a bad ride.
When the mantle and concave aren't concentric the way they should be, you get inconsistent reduction and more oversize. A customized mantle can fix this if it's specified for the actual geometry. If it isn't, you're just making the crusher squat harder. The moral: don't buy wear parts that ignore the machine's original geometry.
A few years ago, Ford recalls fuel pump modules made the news because a small part could leave a whole truck stranded. The same logic applies to crushers. Manufacturers issue service bulletins for hydraulic accumulators, belt guards, and occasionally a specific batch of liners.
Set a quarterly reminder to check the OEM service and safety bulletins. If you're buying from a third-party supplier, ask whether the parts have the same documentation. A part that looks identical can have different material properties. That's not a debate about cheap vs premium. It's a safety and reliability question.
That's the checklist. It's built from real invoices, real downtime, and a few expensive lessons. I'd rather you learn from my spreadsheet than from your next budget overrun.
Our application engineers answer crusher and screen selection questions at no charge.
Ask an Expert