Product Description
Wet Mix Plant that our organization brings forth is most widely used on varied construction sites for the purpose of producing homogeneous mixture of cement, sand, aggregates and water. Owing to user-friendly control panel, strong construction, ideal dimension and ergonomic design, it is easy to operate and maintain. The contact parts & components guarantee efficient and safe performance, as they are perfect tested by expert professionals prior to install. In addition, clients can purchase Wet Mix Plant in varied sizes, models and specifications at the best market prices.
Product Details
Capacity | 100 TO 250 TPH |
Brand | Shreeji Sonic |
Model Name/Number | Shreeji Sonic |
Usage/Application | Road Construction |
Brand/Make | Shreeji Sonic |
Automation Grade | Automatic |
Advanced Automation and High ProductivityFeaturing a fully automatic, PLC-based control system and computerized operations, the Wet Mix Plant guarantees seamless performance and user-friendly management. By combining individual AC drives for each bin feeder, precise mixing is achieved within a 50-second cycle, accommodating aggregate sizes up to 60 mm.
Rugged Structure and Efficient DesignConstructed with heavy-duty mild steel chassis, the plant is built for stability and longevity, suitable for continuous operation in harsh conditions. The bag filter dust collection, air cooling, and screw-type compressor work together to maintain clean, safe, and efficient working environments, ideal for large construction projects.
Versatile Application and CustomizationWith an output of 100 TPH to 300 TPH and adjustable configurations in size, color, and attachments, this plant adapts to meet specific site requirements. Its high hopper and tank capacities, along with options for diesel or electric operation, make it an ideal choice for a wide range of infrastructure developments across India.
FAQ's of Wet Mix Plant:
Q: How does the fully automatic PLC-based control panel enhance the wet mix plant's operation?
A: The fully automatic PLC-based control panel streamlines operations by providing real-time monitoring and precise control over the batching and mixing processes, resulting in consistent output quality and reduced manual intervention.
Q: What is the process of mixing and delivering materials in this wet mix plant?
A: Aggregate is fed via a four-bin feeder with individual AC drives, combined with water from the 10,000-liter tank, and mixed in a drum with a 500 mm rotor. After a 50-second mixing cycle, materials are conveyed via a 600 mm belt to the discharge point at a 4.2-meter height.
Q: When is this wet mix plant most beneficial on construction sites?
A: This wet mix plant is most beneficial for large-scale road construction and infrastructure projects requiring continuous, high-capacity, and reliable mixing of aggregates and additives, especially where output of 100-300 TPH is needed.
Q: Where can the wet mix plant be installed and used effectively?
A: Thanks to its robust, stationary design, the plant is well-suited for installation at large construction sites, highways, or major infrastructure project locations across India, handling demanding operations in diverse environments.
Q: What are the main benefits of the bag filter dust collection system?
A: The bag filter dust collection system efficiently traps airborne particulates during the mixing process, ensuring a cleaner environment, better air quality, reduced equipment wear, and compliance with environmental standards.
Q: How can the plant be customized to meet specific project requirements?
A: The wet mix plant offers customizable options in capacity (100-300 TPH), size, color, and optional attachments such as cement silo, load cell, and bitumen tank, allowing users to tailor the setup to their unique construction needs.
Q: What is the usage advantage of the heavy-duty steel chassis and high-grade components?
A: The heavy-duty steel chassis and high-grade components provide enhanced durability, structural integrity, and reduced maintenance, ensuring long service life and enhanced reliability during continuous usage in demanding conditions.