Energy production plants handle large quantities of bulk material and the equipment is exposed to high abrasion. To ensure reliable production, which is vital for the uninterrupted output of energy, all wear parts need to be highly wear resistant and reliable. We have been supporting the coal industry since our very first day open. We have the best materials available, and more importantly, a service you can depend on.
We have extensive experience in providing wear parts and wear solutions for all kinds of equipment used in this industry. Common applications in energy production are storage solutions, pulverized coal transport, wet or dry ash cleaning and other processes involving impact and abrasion.
Durable wear parts from Abraservice can increase your uptime and production. Based on your service life requirements, we use premium steels to create wear parts according to drawings or, if drawings are not available, we create well-fitting replacement parts by measuring the existing parts.
When making replacement parts we can optimize them for the application and wear situation. Such parts regularly perform better and last longer than the original parts. Get in touch, and let us suggest how you can improve service life and reduce maintenance at your power plant.
Hardox® wear plate is a hard and tough steel. It makes your equipment perform better and last longer when used, for example, as liner plates in grinding mills and for fan blades and casings.
Here is a sample of equipment for which we manufacture wear parts and components. Can’t find what you’re looking for? We make wear parts for any type of equipment.
Duroxite® overlay plates can give extended service life particularly in sliding wear environments, such as chutes and hoppers.
Toolox® is a prehardened engineering and tool steel, ready to be used without additional heat treatment. Toolox® has a high degree of hardness even in temperatures as high as 590°C, making it suitable for many power plant applications.
Hardox® HiTemp is targeted at hot environments, which are common in energy production plants. This high temp wear-resistant metal stays strong and hard in temperatures up to 500°C.