Fine Material Washers

Efficient washing systems built to clean, separate, and classify fine materials for spec-driven production. Astec Industries Fine material washers are…

Efficient washing systems built to clean, separate, and classify fine materials for spec-driven production.

Astec Industries Fine material washers are designed to clean and classify sand and fine aggregates by removing silt, clay, and other unwanted materials. These systems use water and mechanical action to separate particles and improve the quality of the final product.

Astec fine material washers deliver consistent material classification while improving cleanliness and meeting specification requirements. These units are essential in operations where fine material quality and separation are critical.

Westridge Iron supplies and supports Astec fine material washers across Western Canada, working directly with operators to configure systems that improve product quality and processing efficiency.

Built for Production Environments

Fine material washers operate in applications where material must be cleaned and classified to meet specification requirements. These systems are designed to handle continuous flow while maintaining consistent separation and quality.

Typical applications include:

  • Cleaning sand and fine aggregates
  • Removing silt, clay, and contaminants
  • Classifying material into usable products
  • Supporting sand processing and washing systems

Key Advantages

  • Improves material cleanliness and product quality
  • Removes silt, clay, and unwanted fines
  • Provides consistent classification of fine materials
  • Supports spec-driven aggregate production
  • Designed for continuous wet processing environments

– Dedicated Support

Innovation You Can Count On,Support you can trust.

When equipment goes down, production stops. Westridge Iron supports your operation with practical expertise, fast response, and a clear focus on uptime. Our team works directly with operators to solve issues, source parts, and keep systems performing in real-world conditions — not ideal ones.