Raw Mill Guide Cone Wear Liner
Reduce downtime and maintenance requirements with chromium carbide overlay raw mill guide cone wear liner. It is a wear liner product that utilizes the latest technology to provide a long lasting and durable wear solution suitable for heavy duty and medium duty applications. Chromium carbide overlay raw mill guide cone wear liner can significantly increase the life of your fixed plant equipment. Our innovative manufacturing processes ensure a superior wear product that will save you time and money in the long run.
Also, the wear liners are designed with the highest quality and years of expertise. Our pre-designed products can also be customized to fit your requirements.
Material Characteristics:
Combining extreme hardness with shock resistance
Highly technological material developed to meet the various demands of mining environments
Wear material that is suitable in heavy duty applications with impact and large lump sizes as well as in medium and light duty applications.
Technology:
High quality metallurgical bond between the chromium carbide overlay raw mill guide cone wear liner and the casting matrix
Multiple layers of high density carbide granules that maximize the wear life
Due to the casting technique, various geometries can be produced
Performance:
Problem solver, the long wear life enables less maintenance, increased productivity and lower production cost
The overlay surface of chromium carbide overlay raw mill guide cone wear liners will consist of a series of beads with numerous hairline cracks in them. These properly spaced crosscheck cracks are a natural phenomenon and are beneficial to the material. The cracks propagate through the overlay and end at the fusion line.
Cutting – Plasma burning, air arc, abrasive saw or water jet.
Welding – Our CCO overlay plate can be joined by welding the substrate to substrate using 309 weld wire/rod.
Bending – Using a press brake, forming should be perpendicular to the weld pass direction. Plate rolling should be performed in the directions of the overlay beads.
