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Hi-Chrome Wear Segments
Cement Plant · Equipment and Solutions

Hi-Chrome Wear Segments

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Details.

Key Benefit

  • High quality
  • Flexible
  • Sustainable
  • Tailored to fit original tolerances

Hi-Chrome Wear Segments offer a long-lasting, sustainable wear solution

High quality. Re-usable. Recyclable. Hi-Chrome Wear Segments offer a long-lasting, flexible, and environmentally-friendly wear solution for FLSmidth vertical roller mills.

WHAT WE OFFER

Best fit in installed products

Hi-Chrome Wear Segments are made by FLSmidth for its own vertical roller mills, which ensures a correct fit in installed products.

KEY BENEFITS

The optimal wear solution for your FLSmidth vertical roller mill

Hi-Chrome Wear Segments are a long-lasting and flexible solution to wear protection needs. The segments are recyclable at end of life, making them the sustainability option compared to alternatives.

High quality

The uniform microstructure of Hi-Chrome Wear Segments ensures that all segments meet FLSmidth’s standards. This is also checked. Each Hi-Chrome segment is individually checked against FLSmidth standards before installation.

And because they are made by FLSmidth for its own vertical roller mills, you can be sure that they are made to measure, perfectly fitting original tolerances in installed products, and ensuring optimal wear resistance.

Flexible

Hi-Chrome wear parts also offer a re-usable wear solution. Segments are suitable for repeated hardfacing and can be refurbished in-situ to bring them back to the correct surface profile. This keeps downtime to minimum and ensures the continued high performance of your FLSmidth vertical roller mill.

Hi-Chrome Wear Segments can also be reversed and re-welded on some applications of the rollers, essentially doubling the life of the segments.

Sustainable

Hi-Chrome segments offer long life – even in highly abrasive conditions. But when they do finally reach the end of their usability, they can be recycled. This makes them a more sustainable option than segments made from ceramic composite materials, which are difficult to re-use and are often sent to landfill when they reach the end of their life.