SBM engineers reveal hard truth about rock crushing fines. Forget theory lets talk real mines.
Our HPT Multi-cylinder hydraulic cone crusher fights for every millimeter Gaping minimum shut-side? Think 5mm to 10mm reality not brochure promises New S-series spring cone? Tighter still pushing towards 6 mm barrier under perfect rock conditions why compromise when raw power meet precision engineering
Give our CS160 Symons cone crusher wet sticky granite? It gonna perform worse then feeding dry limestone! Moisture clay is nightmare stuff cause clogging increase output size unexpectedly. Remember: Optimal feeding = 80-90% chamber fullnes, forget this say goodbye fine aggregates.
That shiny new mantle? It fights erosion every second crushing rock HST single-cylinder cones armor withstands hundreds hours but still, CSS creeps up monthly Unadjusted crusher might spew 8mm chunks when set for 5mm? Thats costly waste Monitor or perish!
Oh you got thin flat stones They slide right through CSS gap sideways, cheating the system! Screening reveals truth: nominal 8mm setting might still lets 15mm slivers pass Don’t blame our machines blame geology. For consistent fines add VSI crusher behind like our SBM B series machine it smashes flaky stragglers properly.
Can SBM cone make dust sub 3mm? Technically possible. Economically foolish! Hammering granite ultra-fine shreds liners in weeks Cost-per-ton becomes insane. Rather use our vertical mills or HPGR units for microns. Smart crushing demands stages. Choose tools wisely eh?
Picture this vibro-feeder belt conveyor our C6X jaw crusher first smash, HPT cone secondary reduction then B-series VSI final shaping. That’s how real 0-5mm sand gets born! Lone wolf cone crusher wont complete family. System design saves energy 30% yearly compared patchwork plants.
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