Modular Screening & Washing Plants

Integrated processing systems built for material separation, cleaning, and long-term plant performance. Astec Industries Modular screening and washing plants are…

Integrated processing systems built for material separation, cleaning, and long-term plant performance.

Astec Industries Modular screening and washing plants are designed to combine material separation and cleaning into a scalable, semi-permanent processing system. These plants remove impurities, wash aggregates, and produce multiple clean material products within a structured plant layout.

Astec modular systems allow operators to build efficient, high-capacity processing plants with the ability to expand over time. These solutions are ideal for operations requiring consistent material quality and long-term production stability.

Westridge Iron supplies and supports modular screening and washing plants across Western Canada, working directly with operators to design and implement systems that improve material quality and plant efficiency.

Built for Production Environments

Modular screening and washing plants operate in high-capacity environments where material cleanliness and separation are critical. These systems are designed for continuous operation and integration into permanent plant infrastructure.

Typical applications include:

  • Aggregate washing and cleaning
  • Removing clay, silt, and contaminants
  • Multi-product material separation
  • Long-term processing operations

Key Advantages

  • Integrated screening and washing system
  • Improves material quality and cleanliness
  • Scalable design for plant expansion
  • Built for continuous, high-production environments

Interested In This Equipment?

Talk to our team about new units, used inventory, or rental options.

– 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.