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SLIP PREPARATION PLANT
Slip Preparation Plant integrates milling, blunging, slip treatment, storage and transfer into a coordinated process for sanitary ware production. Recipe-controlled water dosing, heavy-duty preparation equipment and controlled agitation support homogeneous slip and stable rheological conditions, while integrated screening, magnetic separation and plant-wide transfer engineering prepare the material reliably for downstream casting.
OUR APPROACH
At a Glance
An integrated sanitary ware slip preparation plant engineered for controlled milling, homogenisation, purification, storage and transfer from recipe to casting.
WHY?
WHY?
WHY?
WHY?
WHY?
//TECHNICAL DATA
Per Year
Per Year
Heavy-Duty Drum Mill
The drum mill combines a electric drive, frequency inverter and PLC operator panel with reinforced V-belt surfaces, heavy-duty bearings, parallel-shaft gearbox architecture and a pneumatically controlled positioning brake.
High Speed Turbo Blunger
High-speed mixing generates intensive material circulation to accelerate the dissolution and dispersion of ceramic raw materials. The resulting homogeneous slurry supports faster batch preparation and controlled downstream processing in sanitary ware slip and glaze preparation plants.
Propeller Blunger Configuration
The preparation line incorporates a main propeller blunger for ball clay together with a dedicated blunger for green losses, using stainless-steel shafts and propellers, rigid couplings and V-belt drive systems.
Two-Deck Sieving & Magnetic Separation
Slip treatment combines a Ø1,200 mm two-deck vibrating sieve manufactured in AISI 304 stainless steel and an electromagnetic separator.
Large-Volume Slow Stirrer Systems
Slow stirrers are specified for 20 m³ - 120 m³ tanks. Stainless-steel mixing elements and strengthened gearbox shafts and bearings support continuous movement.
PLC-Supervised Slip Transfer Network
The plant integrates a Siemens PLC-based control panel, tank level sensors, flow-meter instrumentation, butterfly and ball valves, PVC transfer pipelines and self-priming pneumatic diaphragm pumps, creating a coordinated network between mills, blungers and storage tanks.
