Description
RMC CONCRETE BATCHING PLANT
Designed for the production of high-quality RMC (Ready Mix Concrete), the TECNOMIX concrete batching plants with mixer combine compact design, easy transport, and quick installation. Thanks to their small footprint and reduced dimensions, they can also be installed in confined spaces or inside buildings, without the need for aggregate loading ramps. They are ideal for the production and sale of concrete, for medium- and long-term construction sites, and for urban, road, residential, wind power and hydraulic works.
CONCRETE PRODUCTION 40 TO 80 m³/h
The fixed (stationary) batching plants for the production of RMC (Ready Mix Concrete) with TECNOMIX mixer are dimensioned for the batching of inert materials (aggregates) such as sand, gravel and crushed stone with a grain size of up to 50 mm and are available in the 2, 3, 4 or 5 tank version in the following variants (a) TECNOMIX 40, with planetary mixer, production 40 m³/h and aggregate hoppers with independent weighing system of 11 m³ each, (b) TECNOMIX 60, with horizontal mixer, production 60 m³/h and aggregate hoppers of 25 m³ each, (c) TECNOMIX 80, with horizontal mixer, production 80 m³/h and aggregate hoppers of 25 m³ each. The dosing of all components (aggregates, cement, water, and additives), as well as moisture detection and automatic water adjustment, are managed by the control software installed on the PC workstation inside the control cabin.
VERTICAL MONOLITHIC, TELESCOPIC AND MODULAR PANEL SILOS
In a plant for the production of RMC (Ready Mix Concrete), the storage and dosing of one or more types of cement is a fundamental and indispensable component. If the EUROSILO mobile horizontal silos are the ideal match for the TECNO mobile batching plants, the natural match for the TECNOMIX fixed (stationary) batching plants are the monolithic, telescopic and modular (fixed/stationary) vertical powder silos. This configuration provides large cement storage capacity, vertical development of the workspace, and a significant reduction of the overall plant footprint, optimizing efficiency and space utilization.
