Browse crushing, washing, grinding and mineral-separation equipment by process position, then compare models and working ranges.
Product catalogue / MC-2026
Capacity is only the starting point. Use the product page to verify feed, product, ore behavior and site assumptions before choosing a model.
Primary, secondary and shaping duties that control top size and product form.
Primary Crushing
PE and PEX jaw-crusher models for granite, basalt, river stone, and ore duties. PE covers primary hard-rock reduction up to the listed 1,020 mm feed limit, while PEX variants use tighter discharge settings for secondary or fine crushing.
Secondary Crushing
PY spring cone crushers for granite, basalt, iron ore, and other hard-rock secondary or tertiary duties. PYB, PYZ, and PYD chamber types cover the listed 12–640 t/h range with adjustable CSS and spring overload protection.
Secondary Crushing
PF impact crushers for limestone, dolomite, recycled concrete, and aggregate-shaping duties. Six listed models span 15–400 t/h for secondary or tertiary crushing with adjustable aprons and replaceable blow bars.
Remove fine contamination or reduce material for the next separation stage.
Washing
The XS wheel sand washer removes clay and excess fines from manufactured sand. The listed models use a wheel-and-bucket arrangement with a sealed bearing housing; final cleanliness and fine-sand loss depend on feed grading and water control.
Grinding
Ball mills for wet or dry grinding after crushing in copper, gold, iron ore, graphite, and limestone circuits. Overflow or grate-discharge configurations can serve primary grinding, regrinding, or closed-classifier loops before flotation, magnetic separation, or gravity recovery.
Concentrate and recover minerals through surface, magnetic or density differences.
Froth Flotation
SF flotation cells for copper sulfide, lead-zinc, graphite, fluorite, and gold-bearing sulfide circuits. Listed cell volumes run from 0.37 to 20 m³ and can be arranged in rougher, cleaner, or scavenger banks after ore testing.
Magnetic Separation
The CTB wet-drum magnetic separator is intended for strongly magnetic minerals such as magnetite and for selected iron-removal duties. Recovery and concentrate grade depend on mineralogy, liberation size, field strength, drum loading, and tank configuration.
Gravity Separation
The 6-S shaking table separates fine-grained minerals by density and particle behavior. Gold, tungsten, tin, tantalum, niobium, and related mineral duties require a representative feed test before deck and operating settings are selected.
Project brief
Share four operating inputs so we can rule out unsuitable models early and explain the assumptions behind the shortlist.