wash plants.
Purpose-built systems for cleaning, classifying, and dewatering aggregate and sand products.
Material washing systems
CLEAN MATERIAL. CLEAN RESULTS.
modular solutions engineered for long-term performance.
Modular Wash Plants.
Our Full wash plant Lineup
Fixed. modular solutions.
Key wash plant Features
more about wash plants.
REMOVES SILT, CLAY & FINES
Wash plants are engineered to effectively remove fine particles such as silt, clay, and excess dust that can compromise product quality. This results in cleaner, spec-compliant aggregates that are more suitable for high-performance applications such as concrete and asphalt production.
WATER MANAGEMENT INTEGRATION
Our modular systems can be paired with water treatment solutions including settling tanks, hydrocyclones, and filter presses. These integrations enable closed-loop water recovery, reduce environmental impact, and lower operational water costs over time.
SUITABLE FOR MULTIPLE FEED TYPES
Wash plants are designed to handle a range of feed materials including naturally occurring sands, crushed quarry rock, recycled aggregates, and fines from manufactured sand operations. This flexibility makes them suitable for a wide range of quarrying and processing applications.
MODULAR DESIGN OPTIONS
Choose from complete modular plant setups or individual components based on capacity, site footprint, and production goals. Modular construction makes it easier to scale or reconfigure the system as your operation grows or shifts.
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Frequently Asked Questions.
What materials can wash plants process?
Wash plants clean natural sand, crushed stone, recycled aggregates, and fines used in manufactured sand. Media selection and water flow rate depend on the feed characteristics.
How does a modular wash plant work?
Modular systems include rinsing screens, scrubbing elements, sand classification, and dewatering — often in a skid or containerised format. Components are selected to match site layout and spec output.
Do wash plants recycle water?
Yes. Many plants are designed for closed-loop water recovery using clarifiers, hydrocyclones, and filter presses to minimise freshwater demand and environmental impact.