إنتاجية وسعة مطحنة الخرز: كيفية حساب وتحديد حجم مطحنة الطحن الخاصة بك

إنتاجية وسعة مطحنة الخرز: كيفية حساب وتحديد حجم مطحنة الطحن الخاصة بك

حدد حجم إنتاج مطحنة الخرز الخاصة بك

The number that decides whether a bead mill fits your line is throughput — how much usable slurry you get per hour at your target fineness. Capacity is set by chamber volume, pass count, tip speed, viscosity and cooling, not by a catalogue rating. This guide walks through the five factors that actually set your output, so you can size a mill instead of guessing.

Chamber Volume and Throughput

Chamber volume sets how much slurry you process per pass and how many passes you need. Batch mills suit lab and small runs; circulation mills suit continuous production. Size the chamber so your daily throughput is met at a realistic pass count, not at a theoretical single pass.

Tip Speed and Agitator Type

Tip speed drives shear and therefore fineness. Pin, disc and peg rotors each favour different viscosities and media sizes — pin rotors excel at high energy for hard materials, disc rotors handle viscous pastes. Match the rotor to your viscosity and to the media diameter you plan to use.

Separator Gap and Media Size

The separator must pass your chosen media while keeping it in the chamber. Smaller beads (down to ~0.2 mm) reach finer fineness but demand a finer separator gap, so the two are specified together. A mismatch clogs the separator or lets beads escape into the product.

Cooling and Material Compatibility

Fine grinding generates heat; a jacketed chamber and circulation heat exchanger keep viscosity and binder stable. For abrasive or contamination-sensitive products (battery, pigment, agrochemical) specify ceramic-lined chambers and zirconia media; for solvent systems add explosion-proof motors and earthing.

Sourced Directly from the Turnkey Manufacturer

POLYC is a source manufacturer, not a trading intermediary. Every machine is built and tested at our 9,000 m² facility in Wuxi, where in-house capabilities cover CNC plate cutting, CNC turning, honing of grinding chambers, rotor dynamic balancing and hydraulic assembly testing. Chamber geometry, media size, cooling zones and controls are engineered to your formulation rather than selected from a fixed catalogue, and we recommend a media grade and separator gap during the trial rather than leaving it to guesswork.