1. Minimizes Slime & Fine Losses (Saves Flotation Yield)

Lithium ores are easily over-pulverized by standard impact crushers, turning valuable spodumene into unrecoverable slime dust (under 200 mesh) that is washed away into tailings. Our static hydraulic squeezing principle crushes material once through a precision-controlled gap, cutting waste fines by 15% to 25% and maximizing floating recovery.

2. Non-Magnetic Alloy Liners (Protects Flotation Surface Chemistry)

Tramp iron flaking off traditional machines corrupts the chemical properties of lithium ore surfaces, blocking flotation collector agents. Our 2PGY series utilizes specialized low-RPM rotations and ultra-wear-resistant, non-magnetic alloy roller shells to guarantee a clean, unpolluted output optimized for high flotation reactivity.

3. Micro-Fracture Genesis Boosts Ball Mill Output

The high-pressure planar squeeze leaves dense networks of internal micro-cracks inside the cubic lithium particles. When feeding these pre-fractured minerals into the primary ball milling circuit, grinding speed increases dramatically, expanding your total line output by 30% to 40%.

4. Instant Reset Against High-Hardness Iron & Quartz Shocks

Lithium veins often hide extremely hard quartz inclusions or uncrushable metal. Our automated hydraulic accumulator system instantly backs away the movable roller to drop the object without damaging the core shaft, resetting safely in seconds without halting production.

• Tungsten Carbide Studded Rolls: Engineered with premium wear matrices to handle high Mohs hardness spodumene smoothly, increasing component lifespan by 4 to 6 times.

• Tailored Heavy-Duty Spherical Bearings: Double-row self-aligning core blocks provide excellent protection against violent mechanical vibrations during hard rock processing.

• Fully Sealed Dust Isolation Housing: Secures critical, expensive mineral dust inside the circuit line, keeping your operations fully compliant with global green mining standards.