Digitalization has developed into a decisive lever for growth in practically every sector of industry. Because digitalization is the central key to greater productivity, efficiency and flexibility, it...
The new Cat® M-Series Small Wheel Loaders 926M, 930M and 938M build on the success of K-Series predecessor models (924K, 930K and 938K) with engineering refinements that include new engines meeting...
The process of extracting chalk represents a major challenge for machinery and conveyor systems. Large quantities of dust and dirt create difficult conditions for the machines and, in particular, for...
Solutions from Siemens PLM Software LMS Virtual. Lab are helping mining machinery manufacturer Liebherr, based in Bulle/Switzerland in its search for design alternatives: by running complete vehicle...
With the LiMs Simatic IT Unilab 7.0, Siemens is launching an extensively revised version of the existing Siemens LiMs for lab automation. The new design allows this proven and very extensive...
Quick reaction to changing demand and changing short-term fuel or raw-material costs is the most decisive factor to a profitable plant operation in the modern cement industry. However, a production process involving deep pits, bunkers or bins demands the construction of massive foundations and a geography, where it is possible to dig deep down.
The Beumer Group rigorously gears the development of its equipment and systems towards providing customers with single-source, sustainable solutions for all their applications. To control, coordinate and visually represent ...
Allowing for the huge interest in specific topics which the guests expressed during the Loesche Symposium in September 2014, the Duesseldorf/Germany based company decided to introduce a new series of...
Martin Engineering from Neponset, IL/USA, a leading manufacturer in bulk material handling technology has introduced two conveyor system components designed to mitigate expensive spillage and belt wear issues at material transfer points.
In the paper, various methods of CNT (carbon nanotubes) injection into cement composites are studied. Modified slurry mix is studied on setting time, heat emission development and chemical shrinkage. Physical and mechanical properties of the slurries modified with CNT and superplasticizer are observed.
