While both materials are commonly used for side liner applications, each offers distinct advantages. The industry standard, through-hardened steel typically is suitable for many general aggregate and recycling applications, while 500 BHN wear plate delivers extreme value and performance in more demanding environments.

Selecting the right option depends on factors such as feed material, wear rates, maintenance schedules, and desired liner life. AMCAST works with customers to identify the best balance between performance and cost.

There is no universal "best" side liner material. The ideal solution depends on the material being processed, moisture content, feed characteristics, operating conditions, and maintenance objectives.

A liner that performs exceptionally well in an asphalt recycling application may not be the best choice for a concrete recycler or aggregate producer. By evaluating the wear environment and operating goals, AMCAST helps customers select the material and design best suited for their operation, maximizing wear life while minimizing cost per ton.

High chrome white iron side liners are typically reserved for applications where abrasion is the dominant wear mechanism and impact forces are relatively low. Asphalt recycling applications are a common example, where highly abrasive material can rapidly wear traditional steel liners.

In the right environment, high chrome side liners can significantly outperform steel alternatives, delivering longer wear life and reducing the frequency of liner replacements. However, like any material, they must be properly matched to the application to achieve optimal results.