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Automated Edge-scraping Unit for Lead Ingots
It is used in lead ingot casting production lines to achieve automated positioning of lead ingots, removal of edge burrs and flash, and end-to-end online one‑step forming automation, thereby replacing manual edge‑trimming operations.
Automated Edge-scraping Unit for Lead Ingots
It is used in lead ingot casting production lines to achieve automated positioning of lead ingots, removal of edge burrs and flash, and end-to-end online one‑step forming automation, thereby replacing manual edge‑trimming operations.
The spiral slag remover is primarily used for slag removal in thermal equipment such as boilers.
The spiral slag remover is primarily used for slag removal in thermal equipment such as boilers.
The plate-type flue gas heat exchanger uses ambient air as the heat-transfer medium to cool high-temperature flue gases while capturing a certain amount of particulate matter. Its heat-exchange elements are fabricated from 316L stainless steel.
A plate-type flue gas heat exchanger is a device that uses ambient air as the heat-transfer medium to cool high-temperature flue gases while capturing a certain amount of particulate matter. The heat-exchange elements are fabricated from 316L stainless steel.
Fully Automatic Intelligent Connected Disc Casting Unit
This fully automated, intelligently connected disc‑casting ingot production line is specifically designed for the large‑scale, standardized production of lead and other nonferrous metal ingots, seamlessly handling the entire process—from molten metal preparation to the fabrication of ton‑weight ingots.
This equipment is designed for use in conjunction with metallurgical furnaces and kilns. Molten metal is poured into molds, where it cools to form ingots, which are then transferred to the ingot‑stripping station for removal.
The cylindrical mixer boasts a wide mixing range and high production capacity, making it the primary equipment for blending in nonferrous metallurgy.
The cylindrical mixer boasts a wide mixing range and high production capacity, making it the primary equipment for material blending in nonferrous metallurgy.
This equipment is used to agglomerate fine, loose materials such as copper concentrates, quartz sand, coal, and flue dust that have a certain moisture content into pellets.
This equipment is used to agglomerate fine, loose materials such as copper concentrates, quartz sand, coal, and flue dust that have a certain moisture content into spherical pellets.