MERZ AUFBEREITUNGSTECHNIK GMBH - Mühlen und Brecher aus dem Schwarzwald seit 1919

It is designed for separating flour particles stuck on bran and remaining in bran in flour and semolina factories. The flour and ash particles in the bran are separated and brought into the system and the efficiency is increased and efficiency is provided.

Jaw plate and Side plate for Jaw crusher; Mantle, Concave for Cone Crusher; Blow bar and Hammer for Impact Crusher and Hammer/Metal crusher; Roller and Ring for Raymond Mill; Roller Liner and Disc Liner for Sand making VSI Crusher, Chocky bar and Wearing button for Excavator, which is in the material of High Manganese Steel Mn13Cr2/ Mn14Cr2/Mn17Cr2/Mn18Cr2/Mn22Cr2; High Chrome White Iron Cr20/Cr22/Cr24/Cr26, and its with Mo, Ni, Re, Ceramic, Alloy, Bi-metal etc wear-resistant materials. And HUAN-TAI products support for Shanbao, SBM, Liming, Shibang, Zenith, Metso, Sandvik, Barmac, Trio, TEREX, Pegson, Powerscreen, Kleemann, MINYU, Symons, Hazemag, Cedarapids, McClosey, Keestrack, Telsmith, Russian brands and other famous brands machine. We also can produce the wearing spare parts as per customers’ own drawings

Mobile crushers are mounted on a self-propelled steel platform equipped with wheels, crawlers, or pneumatic pads for movement. The platform incorporates all necessary auxiliary equipment and subsystems for crusher operation. They operate independently on the mine floor. Placed at the working face, the crusher minimizes the need for truck or front-end loader transport, with planned moves occurring between one day and one week. Installation of mobile crushing plants is advantageous under specific conditions; * A clear and undisturbed geological situation, * Straight and long benches for shiftable face conveyor installation, * Long-term mine planning for various conveyors. The benefits of fully-mobile crushers include * Elimination of truck transport * Reduced personnel requirements * Avoidance of high truck maintenance costs * Decreased mine traffic * Overall improvement in mine safety.

Grizzly screens are typically constructed by welding steel rails, rods, or bars into grids with a specific pattern. The selection of rails can vary in size, ranging from about 7.4 kg/m to approximately 225 kg/m. These rails generally run parallel to each other along the entire length of the screening surface. The spacing between the rails typically range from 5 to 200 mm. To facilitate the smooth flow of materials, the openings are often tapered, with the top being wider than the bottom. Heavy-duty grizzly bars are commonly cast from manganese steel and feature double tapers. These grizzly screens are designed to receive large lumps of ore from sources such as railroad wagons, tipper cars, and other bulk material handling systems that discharge materials from considerable heights. As a result, they are constructed to be exceptionally robust to withstand the impact and handling of heavy materials.