Fine Particle Penetration
Ultra-fine particles penetrate and lodge within the cloth pores, progressively blocking the filtration path and reducing permeability.
Expert diagnosis and step-by-step solutions for filter cloth blinding in industrial filter press applications.
“Our filter press is getting slower and slower — differential pressure keeps rising, and we’re forced to shut down for cleaning far too often...”

Ultra-fine particles penetrate and lodge within the cloth pores, progressively blocking the filtration path and reducing permeability.
Excessively high solid concentration causes rapid filter cake buildup on the cloth surface, sealing the pores before full filtration occurs.
Mismatched pore size between cloth and particle distribution leads to blinding. Too coarse allows pass-through; too fine causes premature blocking.
Chemical compounds in the slurry precipitate and crystallize within cloth fibers, forming hard scale deposits that permanently reduce flow.
Select pore size matched to your particle size distribution — use higher mesh count cloth for fine particles.
Reduce feed concentration moderately and increase filtration pressure to maintain optimal flow balance.
Establish a structured cloth cleaning SOP — extend service life and maintain consistent filtration performance.

Specially engineered for fine particle applications. Superior pore uniformity prevents blinding and extends service life.
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Professional deep-cleaning program that restores cloth permeability and significantly extends usable service life.
Learn MoreOur filtration engineers are ready to diagnose your problem and recommend the right solution — fast.