Reclaimers are specialized instruments deployed for the collection, homogenization, and segregation of bulk materials in stock halls. These devices offer customization options for loading speed and boom dimensions. Furthermore, they can seamlessly integrate with stackers. Three distinct reclaimer variants are available: portal, semi-portal, and rake.
Designed for versatility, portal reclaimers traverse linearly, scraping from the pile's side, enabling material retrieval from varied stockroom sections. Its precision allows for material homogenization at a standard deviation ranging from 1/4 to 1/6.
Adaptability
Tailored for project-specific requirements, scrapers are categorized into portal, semi-portal, and rake designs. Each is crafted to provide the most effective solution based on the site conditions and stocking requirements.
Integration
Reclaimers and stackers can be cohesively synchronized through software. This collaborative functioning enables the simultaneous reception, consolidation, and homogenization of bulk materials directly from the site. The outcome is a streamlined process, leading to significant time and energy savings.
Material Variety
Scrapers and integrated reclaimer-stacker systems are extensively employed across industries like mining, cement, iron and steel, and related sectors. Adaptable based on material composition, these systems boast a broad spectrum of applications.
A variation of the portal reclaimer, the semi-portal's one leg remains affixed to the wall. Its function permits scraping from the stack's side, ensuring efficient retrieval from multiple stockroom areas. Through its movement, it guarantees homogenization at a standard deviation between 1/4 and 1/6.
Rake reclaimers are designed for dual-sided scraping within the stock area, including the front section. The rake's lateral movement channels material from the frontal section downward, from where a pallet scraper facilitates retrieval. Notably, rake scrapers deliver optimal results in terms of both homogenization and segregation, with a homogenization effect reaching 1/10.
