About Concrete Batching Twin-Shaft Mixing Plant
Owing to technologically advanced manufacturing facilities, we manufacture, supply and export genuine quality Concrete Batching and Twin-Shaft Mixing Plant. These plants are designed and developed using optimum quality metals in compliance with industry laid guidelines. All the plants are checked on strict quality parameters so that only fine finish products get delivered at customers' location. In addition to this, the Concrete Batching and Twin-Shaft Mixing Plant we offer is fitted with water pumps and air compressors for its optimum functioning.
Technical Specification :
| Chassis | Single |
| Operation | Automatic |
| Material | Stainless Steel |
| Finishing Type | Paint Coated |
| Power Source | Electric Engine |
| Model/Type | Pan Drum |
| Brand/Make | AKONA |
Technical Features:
- PLC operated completely automatic control panel.
- Blade mixing technology with planetary gear-boxes.
- Electronic weighing system for better accuracy in design, mix.
- Separate weighing system for cement and fly-ash.
- Italian screw feeder, to pour cement speedily
- Password locking facility
- Water and ad-mix pour by weight.
- Imported Twin Shaft mixer.
- Pneumatically operated gate for aggregate & sand.
- Italian vibrators.
- Tabulated print out system for each batch.
- No pit required only nominal civil work.
- Heat proof control cabin.
- Cement silo with vertical screw feeder (optional)
- Hydraulic discharge system.
Superior Mixing EfficiencyWith its twin-shaft horizontal mixer and a batch cycle time of only 60 seconds, this plant achieves thorough, homogeneous mixing. The electronic load cell cement weighing, digital admixture dosing, and belt conveyor aggregate feeding guarantee precise proportions and reliable results for every batch, supporting both ready-mix and precast requirements.
Robust and Reliable ConstructionBuilt on a heavy-duty steel chassis and equipped with protective guard rails, this mixing plant is designed to withstand tough operating conditions. Integrated safety features including emergency stop and IP65 control panel protection ensure safe, uninterrupted operation even in challenging environments.
Advanced Automation and ControlThe PLC-based control system enables fully automatic operation, optimizing plant output capacity between 60 to 120 m/hr. Computerized settings enhance process stability, facilitate monitoring, and reduce human error, ensuring consistent delivery for large-scale projects with minimal operator intervention.
FAQs of Concrete Batching Twin-Shaft Mixing Plant:
Q: How accurate is the aggregate weighing system in the Twin-Shaft Mixing Plant?
A: The aggregate weighing system utilizes electronic load cells and offers an accuracy of 2%%, ensuring precise proportioning for every batch and improving overall mix quality.
Q: What process does the plant use for aggregate feeding and cement weighing?
A: Aggregates are fed using a belt conveyor, while cement is weighed through an electronic load cell system, providing both efficient transfer and high measurement consistency for optimal batching.
Q: Where can the Twin-Shaft Mixing Plant be installed, and what ambient temperatures is it suitable for?
A: This mixing plant can be deployed at ready-mix and precast concrete production sites across India, and is engineered to operate reliably in ambient temperatures ranging from -10C to +45C.
Q: When should an operator use the emergency stop feature, and how does it enhance safety?
A: The emergency stop should be activated if there is a risk to personnel or equipment. It immediately halts all operations, acting as a critical safety measure alongside protective guard rails and the IP65-rated control panel.
Q: What is the benefit of the digital admixture dosing system?
A: The digital admixture dosing system provides precise control over chemicals added during batching, enhancing concrete performance, durability, and quality consistency in every mix.
Q: How does the automatic PLC control system improve plant productivity?
A: The PLC-based control system automates batching processes, reduces human error, and maintains steady output rates between 60 and 120 m/hr, thereby improving workflow efficiency and supporting continuous production.