Non-uniform particle dimensions lead to unpredictable absorption rates and gel blocking. Achieving precise size control ensures consistent fluid transport and product performance.

Standard characterization methods fail to reliably predict how superabsorbent polymers behave under specific technical application conditions. Accurate property determination prevents material failure and ensures functional reliability in end-use products.

Thin absorbent structures often suffer from leakage or inadequate fluid containment under pressure. Addressing this limitation prevents product failure and improves user hygiene.

Inconsistent droplet formation during suspension polymerization leads to non-uniform water-absorption properties. Narrowing the size distribution ensures predictable fluid handling performance.