Description: Inner protective lining fitted on flow‑path components including desanders, hydrocyclones, pipe elbows, pump casings and distributors. It mitigates erosion caused by sand, grit and fibrous particles carried within corn starch slurry. While not participating in separation physics, lining largely defines equipment service life, operational stability and maintenance expenditure.
Protect Metal Housings
1. Sand particles inside starch slurry scour equipment inner wall at high velocity
2. Ceramic / rubber lining reduces metal‑shell wear and extends equipment service life
Lower Leakage & Spillage Risks
1. Shell penetration by abrasive grit triggers starch‑slurry leakage, pressure fluctuation and unplanned production shutdown.
Stabilize Desanding Performance
1. Lining wear distorts hydrocyclone inner cavity geometry, feed port and underflow‑nozzle dimension
2. Severe wear degrades separation accuracy, leading to incomplete grit removal or starch loss.
Reduce maintenance costs
1. Upon wear, only lining segments or liner tiles need replacement instead of complete housing renewal
2. For continuous starch production lines, it effectively cuts equipment downtime.
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