Concrete Mixer

The current market requires more and more consistent homogeneity and short mixing times for industrial production of ready-mixed concrete, and even more so for precast / prestressed concrete. This allowed refining mixing technologies for concrete production. Different models of stationary mixers have been developed, each with its own inherent strengths targeting different parts of the concrete production market. The most commonly used mixers fall into three categories:

Concrete mixer with two shafts for concrete plant
Two-shaft mixers, known for their high-intensity mixing and short mixing times. These mixers are typically used for high strength concrete, RCC and SCC, usually in batches of 2 to 6 m3 (2.6 to 7.8 m3).

Vertical axis mixers, most often used for precast and prestressed concrete. This type of mixer cleans well between batches and is preferred for colored concretes, smaller batches (usually 0.75-3 m3 or 0.98-3.92 yd) and multiple points of rejection. In this category, plate mixers are becoming less popular with more efficient planetary (or countercurrent) mixers [2] because the additional mixing action helps produce more critical concrete mixes (color consistency, SCC , etc.).
Drum mixers (Reversible Drum Mixers and Inclined Drum Mixers), used when large volumes (batch sizes of 3 to 9 m3 or 3.9 to 11.8 cubic yards) are produced. This type of mixer dominates the ready-to-use market because it is capable of producing high production speeds and is ideal for slumped concrete. It is used when the overall cost of production is important. Drum mixers have the lowest maintenance and operating costs of the three mixer styles.
All mixing styles have their own strengths and weaknesses and all are used around the world in varying degrees of popularity.

Concrete Batching Plant

Fully automatic Stationary Concrete Plants are available upto 15-160 m /hr capacity. These plants are highly advanced and durable.
Plants available in 30 / 45 / 60 m /hr capacity.
 Equipped with Pan / Planetary / Twin Shaft Mixer.
 Inline storage of Aggregates.
 Aggregate weighing conveyor suspended on load cells.
 Inclined conveyor for feeding of aggregate into mixer.
 Independent weighing system for Cement, Water & Additive.
 Operation through Fully Automatic Electronic Control Panel.
 Manufacturing is done with advanced, internationally recognised
techniques at our State of the art facilities.
 Global presence with prompt after sales support.
 Dedicated R & D Department.

MODEL SCP-30 SCP-45 SCP-60 3 Output (m /hr) 30 45 60 Type of Sand / Aggregate Bin In Line In Line In Line No. of Bins 4 4 4 / 5 3 3 3 Bin Capacity (Each) 8 m 10 m 12 m Transfer Belt Width (Deep Bucket Type) 800 mm 800 mm 1000 mm Type of Mixer Pan Planetary Twin Shaft Cement / Filler Weighing System    Water Weighing System    Admixture Weighing System    Air Compressor    Controls SCADA Enabled SCADA Enabled SCADA Enabled Auto + Manual Mode    Inventory Management    Discharge Height 4.1 mtr 4.1 mtr 4.1 mtr