Concrete Plant
SinoTech Luton concrete plant is the backbone of efficient and high-quality concrete production. Our plants are designed for a variety of applications, including construction of buildings, bridges, roads, and other infrastructural projects.
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Models:
YHZS25 ~ YHZS100/120
Production Capacity:
25m³ – 100m³
Concrete Mixer Capacity:
500 – 2000L
Designed for optimal performance, our mobile concrete plants provide the ability to produce high-quality concrete at your project site, saving you time and transportation costs. These plants feature a compact design for easy mobility, automated controls for precision, and energy-efficient mechanisms for cost-effectiveness.
Ideal for projects with changing locations, they ensure a continuous, reliable supply of ready-mix concrete, enhancing your productivity and project timelines. Explore our range of mobile concrete plants, and invest in a solution that brings unparalleled convenience and quality to your construction process.
Recommended Models:
YHZS-25 Mobile Concrete Plant For Small Projects
YHZS-100/120 Mobile Type For Large Projects
YHZS-25 Mobile Concrete Plant
Theoretical Production Capacity: 25m³/h
Discharge Capacity: 4*4.5m³
YHZS-32 Mobile Concrete Plant
Theoretical Production Capacity: 35m³/h
Discharge Capacity: 4*6.5m³
YHZS-40 Mobile Concrete Plant
Theoretical Production Capacity: 40m³/h
Discharge Capacity: 4*6.5m³
YHZS-50 Mobile Concrete Plant
Theoretical Production Capacity: 50m³/h
Discharge Capacity: 4*7.5m³
YHZS-60 Mobile Concrete Plant
Theoretical Production Capacity: 60m³/h
Discharge Capacity: 4*7.5m³
YHZS-75 Mobile Concrete Plant
Theoretical Production Capacity: 75m³/h
Discharge Capacity: 4*8m³
YHZS-90 Mobile Concrete Plant
Theoretical Production Capacity: 90m³/h
Discharge Capacity: 4*8m³
YHZS-100 Mobile Concrete Plant
Theoretical Production Capacity: 100m³/h
Discharge Capacity: 4*10m³
YHZS-120 Mobile Concrete Plant
Theoretical Production Capacity: 120m³/h
Discharge Capacity: 4*10m³
Detailed Specifications of Mobile Concrete Plant:
| Type | YHZS25 | YHZS35/40 | YHZS50/60 | YHZS75/90 | YHZS100/120 | |
| Theoretical production capacity(m3/h) | 25 | 35 | 50 | 75 | 100 | |
| Concrete mixer | Type | JS500 | JS750 | JS1000 | JS1500 | JS2000 |
| Discharging capacity(L) | 500 | 750 | 1000 | 1500 | 2000 | |
| Aggregate size(Pebble/Macadam)(mm) | 80/60 | 80/60 | 80/60 | 80/60 | 80/60 | |
| Matched Aggregate Batcher | PLD800 | PLD1200 | PLD1600 | PL2400 | PLD3200 | |
| Weighing Accuracy | Aggregate (KG) | 1500Kg ±2% | 2000Kg ±2% | 3000Kg ±2% | 3000Kg ±2% | 3000Kg ±2% |
| Cement(KG) | 300Kg ±1% | 450Kg ±1% | 900Kg ±1% | 1500Kg ±1% | 1500Kg ±1% | |
| Fly ash(KG) | Optional | |||||
| Water (KG) | 200Kg ±1% | 300Kg ±1% | 600Kg ±1% | 900Kg ±1% | 500Kg ±1% | |
| Additive(KG) | 20Kg ±1% | 30Kg ±1% | 30Kg ±1% | 50Kg ±1% | 100Kg ±1% | |
. Features
The Advantages of Our Concrete Batch Plant
High-Quality Concrete Production: Our concrete plant ensures the production of superior-quality concrete, enhancing the strength and durability of your structures. The precise control over the mixed components results in a uniform and consistent output every time;
Efficient Operation: The plant’s advanced automation system boosts productivity, reducing manual intervention and enabling the production of large volumes of concrete in less time. This efficiency accelerates project timelines and reduces overall costs;
Reliable Performance: Built with robust construction and high-grade materials, our concrete plant offers reliable, uninterrupted operation. This dependability ensures minimal downtime and maximizes your project’s productivity;
Environmental Friendly: Our plant adheres to strict environmental standards, with features designed to minimize dust and noise pollution. This commitment to sustainability makes our plant a responsible choice for your projects.
Other Equipment You May Need
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Models
19
Models
7
Models
9
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11
Models
Capacity: 40-320t/h
Capacity: 30-88m³/h
Rated Power: 36.8-110kw
Capacity: 0.2-1.2m³
Capacity: 1.2-6.5m³
How Does Concrete Plant Work?
A concrete plant, also known as a concrete batching plant, works by combining various ingredients to produce concrete. The process typically involves the following steps:
- Aggregate Batching: The first stage is the measurement and batching of aggregates, such as sand, gravel, or crushed stone. These aggregates are stored in separate bins or compartments. The plant’s control system accurately measures and dispenses the required quantities of each aggregate based on the concrete mix design.
- Cement and Admixture Addition: Cement, which acts as a binding agent, is stored in silos or silo-like structures. The plant’s control system weighs and adds the appropriate amount of cement to the mixture. Similarly, any required admixtures, such as water reducers or chemical additives, are also added at this stage to enhance specific characteristics of the concrete.
- Mixing: Once the aggregates, cement, and admixtures are properly added, the mixing process begins. The plant’s mixer, which can be a rotating drum or a twin-shaft mixer, thoroughly blends the ingredients into a homogeneous mixture. The mixing duration is typically controlled to ensure proper consolidation and uniformity.
- Water Addition: During or after the mixing stage, water is added to achieve the desired consistency of the concrete. The plant’s control system controls the water addition to maintain the specified water-cement ratio, which is crucial for achieving the desired strength and workability of the concrete.
- Conveying and Discharging: Once the mixing process is complete, the mixed concrete is conveyed to the desired location. This can be done through a conveyor belt, bucket elevator, or other conveying systems. The concrete is then discharged into trucks, concrete pumps, or other containers for transportation to the construction site.
- Cleaning and Maintenance: After each batch, it is important to clean the plant’s mixer, conveyor system, and other components to prevent any cross-contamination between different concrete mixes. Regular maintenance and inspections of the plant are also essential to ensure its optimal performance and longevity.
The entire process in a concrete plant is carefully controlled by computerized systems, which monitor and adjust various parameters to ensure accurate proportioning, mixing, and quality control. This helps in producing consistent, high-quality concrete that meets the desired specifications for construction projects.
Is A Concrete Plant The Same As A Batching Plant?
Yes, a concrete plant and a batching plant refer to the same thing. The terms “concrete plant”, “batching plant”, “concrete mixing plant”, “ready mix plants”, “rmc concrete plant” , “planta concretera movil” are often used interchangeably to describe a facility or setup where various ingredients are combined to produce concrete. The primary function of a concrete plant or batching plant is to mix the components of concrete, including cement, aggregates (such as sand or gravel), water, and admixtures, in the desired proportions to create a consistent and ready-to-use concrete mixture.
Is Portable and Mobile Concrete Batching Plant Worthing Buying?
Portable and mobile concrete plants are indeed worth considering for certain construction projects, especially those that require flexibility, rapid deployment, and the ability to produce concrete on-site. Here are some key points to consider when evaluating the worthiness of investing in portable and mobile concrete plants:
Flexibility and Mobility
- Portable and mobile concrete plants provide the flexibility to set up a concrete production facility directly at the construction site. This eliminates the need for transportation of concrete from a centralized plant, reducing logistical complexities and costs.
On-Demand Concrete Production
- These plants are capable of on-demand concrete production, which can be indispensable for projects with varying concrete requirements or for those that demand immediate responsiveness to changes in construction schedules.
Cost and Time Efficiency
- By minimizing transportation distances and streamlining the concrete production process, portable and mobile plants offer potential cost savings and time efficiencies, thus making them beneficial for construction projects with strict budget and timeline constraints.
Remote or Challenging Locations
- In remote or challenging locations where access to a centralized concrete plant is limited, portable and mobile concrete plants provide a self-sufficient solution, ensuring a consistent and reliable supply of concrete.
Space Utilization and Environmental Impact
- These plants are designed to optimize space utilization and minimize environmental impact, making them suitable for projects that prioritize sustainability and efficient resource management.
Project-Specific Needs
- The decision to invest in a portable or mobile concrete plant should be based on the specific requirements of the construction project, such as the expected concrete demand, duration of the project, and the availability of infrastructure for on-site installation.
In conclusion, the worthiness of purchasing a portable or mobile concrete plant depends on the unique demands and constraints of the construction projects in question. When carefully evaluated and utilized in the appropriate context, these plants can offer significant advantages in terms of flexibility, efficiency, and cost-effectiveness, making them a valuable asset for construction operations.
What Construction Projects Need a Mini Concrete Batching Plant?
Residential Construction Projects
- Mini concrete plants are well-suited for residential construction projects such as single-family homes, townhouses, or small apartment buildings. These projects often require moderate amounts of concrete, making mini concrete plants an efficient and cost-effective solution.
Renovation and Remodeling Projects
- Renovation and remodeling projects, especially those involving smaller structures or specific areas within larger buildings, can benefit from the use of mini concrete plants. These plants are ideal for supplying concrete to localized areas without the need for extensive transportation.
Landscaping and Hardscaping Projects
- Small concrete plants are valuable for landscaping and hardscaping projects, including the installation of pathways, patios, small retaining walls, and other outdoor features that require concrete. Their compact size and flexibility make them ideal for such applications.
Small-Scale Infrastructure Projects
- Infrastructure projects like pedestrian bridges, small culverts, and minor road repairs often require relatively small volumes of concrete. Mini concrete plants can efficiently cater to the concrete needs of these projects, offering the right mix in the right quantity.
Commercial Development with Limited Space
- In cases where commercial construction projects have limited space for on-site concrete production, mini concrete plants provide a viable solution. They can supply concrete for smaller-scale commercial developments efficiently.
It’s important to note that the suitability of mini concrete plants for construction projects depends on the specific requirements, scale, and duration of each project. While mini concrete plants offer distinct advantages for certain types of construction, larger-scale projects or those with higher concrete demand may necessitate a combination of mini and larger plants for optimal efficiency.
Types of Concrete Plants You Can Choose
There are several types of batching plants used in the construction industry, each with its specific features and advantages. Here are some common types:
Stationary Batching Plants:
- Stationary batching plants are designed to stay in a fixed location for an extended period.
- They are typically large, with high production capacities, suitable for large-scale construction projects.
- Stationary plants offer high precision and accurate weighing of ingredients, ensuring consistent concrete quality.
- These plants require a more significant initial investment but are known for their long-term durability and reliability.
Mobile Batching Plants:
- Mobile batching plants are portable, allowing them to be easily transported to different job sites.
- They often come on trailers or wheels, enabling quick setup and relocation.
- Mobile plants are suitable for smaller construction projects or those requiring frequent movement.
- They offer flexibility and convenience, but their production capacity may be lower compared to stationary plants.
Compact Batching Plants:
- Compact batching plants are a smaller version of stationary plants designed for projects with limited space or smaller production requirements.
- They combine the advantages of stationary and mobile plants, offering high precision with a smaller footprint.
- Compact plants are often modular, allowing easy assembly and disassembly for transportation and installation.
Tower Batching Plants:
- Tower batching plants feature vertical storage silos for aggregates, which helps optimize the use of space.
- These plants are suitable for locations with limited horizontal space, typically in urban areas.
- Tower plants often have advanced automation and control systems, ensuring efficient and precise batching operations.
Continuous Batching Plants:
- Continuous batching plants, also known as a continuous mixing plant, operate without interruption.
- They continuously produce concrete, eliminating the need for batching cycles.
- Continuous plants are suitable for large projects requiring a consistent supply of concrete.
- They offer high production rates and can provide customized mixes on-demand.
It’s important to consider factors like project requirements, production capacity, mobility, available space, and budget when selecting a batching plant. Each type has its advantages and is suitable for specific construction scenarios.
Experienced Manufacturer for Concrete Mixing Plant Export Trade
Our concrete plant has been successfully exported to a wide array of countries, including Oman, the Philippines, Fiji, Canada, Zimbabwe, Peru, Mexico, Saudi Arabia, Cyprus, Antigua and Barbuda, Bahamas, Dominican Republic, Zimbabwe, Kiribati, Malaysia, South Sudan, Norway, Trinidad and Tobago, New Zealand, Jamaica, Indonesia, Papua New Guinea, Colombia, Guyana, Solomon Islands, Suriname, Turks and Caicos Islands, Bermuda, United States Virgin Islands, Bolivia, Dominica, Kenya, Tanzania, East Timor, Solomon, Vanuatu, Peiji, Tonga, Mexico, Colombia, Belize, Guatemala, El Salvador, Jamaica, Dominica, Saint Lucia, Saint Vincent, Trinidad and Tobago, Guyana, Ecuador, and Uruguay. This extensive distribution showcases the adaptability, quality, and reliability of our concrete plant in diverse construction environments across the globe.
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. Certifications
Our Certifications
