CONCRETE SUPPLY

USC 120 Stationary Concrete Batching Plants, 3 m³ plant circulated with Twin Shaft Mixer USC120 Stationary Concrete Batching Plant is an ideal option for high-capacity serial concrete and ready mixed concrete production. It is a preferred model in metropolitan cities and large construction areas. We aim to reduce the infrastructure expenses by %90 by minimizing the ground (field concrete) expenses in the installation of concrete plants.

ELKON twin shaft mixers, which successfully produce concrete for various projects all around the world, has been manufacturing in ELKON’s technological factories for long time. ELKON is capable of producing 500 twin shaft mixers per shift annually thanks to its fully automated robotic welding lines. Advanced Features of ELKON Twin Shaft Mixers - Longer lifetime with robust mixer body manufactured by fully automatic welding robots - Able to produce of all kinds of concrete (Ready-mixed concrete, precast concrete, roller-compacted concrete-RCC, heavy concrete, etc.) - High homogeneity even in shorter mixing times - Highly wear-resistant, durable wearing parts - Easy maintenance due to wide maintenance gates and bolted type replaceable linings - Heavy duty gearbox (Brevini or Bonfiglioli from Italy) - Automatic lubrication system (Lincoln - Germany) - Universal compatibility to existing concrete plants with compact design

Self-compacting concrete (SCC), concrete in slump class F2-F6, concrete precast, ready-mix concrete, concrete with very low w/c values and high high slump, prestressed concrete. Special superplasticizers for high exposed concrete quality, with good initial plasticizing action, slump retention and high early strength development at the same time.

Concentrated superplasticizer for high-quality precast and ready-mix concrete with good surface finish. Concrete with special properties. Concrete for road decks and bridges. Strong increase of workability and/or reduction of w/c-ratio, gives homogenous concrete with good workability and high early strength development.