This comprehensive guide covers essential maintenance routines, lubrication protocols, and wear-component management for your SICOMA mixing plant.

Daily Maintenance Checklist (Every Shift)

Performing quick inspections before and after every operational shift prevents minor issues from compounding into expensive repairs.

• Post-Shift Washdown: Thoroughly clean the interior mixing drum, shafts, arms, and discharge gate using high-pressure water. Never allow concrete build-up to harden on internal components.
• Inspect Water Nozzles: Verify that all water spray nozzles are clear of cement buildup to ensure uniform water distribution during batching.
• Check Discharge Gate Seal: Inspect the hydraulic discharge door for concrete slurry leakage or mechanical obstruction.
• Monitor Abnormal Noise/Vibration: Listen during startup and operation for unusual gear housing noise, bearing squeals, or belt slippage.

Lubrication Protocol & Shaft Seal Protection

The central shaft seal is the single most critical component on a SICOMA mixer. Proper grease pressure prevents abrasive slurry from entering the main shaft bearings.

       Automatic Grease Pump
               │
               ▼
   [ Main Shaft Seals ] ──(Maintains positive pressure against slurry)
               │
               ▼
   [ Bearings & Housing ]

• Grease Reservoir Top-Up: Check the automatic grease pump reservoir daily. Ensure it is filled with NLGI Grade 2 extreme-pressure lithium grease.
• Manual Grease Points: Manually lubricate the discharge door pivot bearings and hydraulic cylinder trunnions every 50 operating hours.
• Gearbox Oil Levels: Inspect oil sight glasses on reduction gearboxes weekly. Perform the initial oil change after 500 operating hours, followed by routine changes every 2,000 hours or annually.

Wear Part Management: Liners, Arms, and Blades

SICOMA mixers feature high-chromium cast iron liners and Ni-Hard alloy mixing blades designed for high abrasion resistance.

Weekly & Monthly Preventive Checks

1. V-Belt & Coupling Tension: Check belt tension after the first 50 hours of operation, then monthly. Retighten to manufacturer specifications to prevent slip wear.
2. Electrical & Sensor Calibration: Inspect proximity switches on the discharge door (fully open / partially open / closed) and clean concrete dust from sensor faces.
3. Pneumatic / Hydraulic System: Drain water traps in the pneumatic line and inspect hydraulic hoses for abrasion or pressure drop.

Troubleshooting Common Issues

• Concrete Leaking from Shaft Ends: Indicates shaft seal grease failure or worn purge rings. Flush line, re-establish grease pressure, and inspect seal packings immediately.
• Discharge Door Jams: Usually caused by hardened concrete buildup in the door seating groove or incorrect proximity sensor alignment.
• Excessive Motor Amp Draw: Check for material overload, worn blades dragging against liners, or hardened concrete build-up on shafts.

What is a Crushing plant? System Components & Working Principle

A complete crushing plant is not a single piece of equipment, but a closed-loop system consisting of four core modules:

• Feeding System: Vibrating feeders uniformly deliver raw materials into the crusher while pre-screening soil and fine particles.
• Crushing System: Consists of primary coarse crushing (e.g., jaw crushers) and secondary medium/fine crushing (e.g., cone or impact crushers).
• Screening System: Vibrating screens classify the crushed materials by size, sending compliant products to stockpiles and returning oversized materials for re-crushing.
• Conveying System: Belt conveyors efficiently transfer materials between processing stages.

Core Classification & Comparison

Based on structural form and mobility, crushing plants are primarily divided into Stationary Crushing plants and Mobile Crushing plantd (including crawler/tracked and wheeled types).

Core Crusher Types & Selection Logic

1. Jaw Crusher: Primary choice for coarse crushing. High crushing force, ideal for hard, abrasive ores (e.g., granite, basalt).
2. Cone Crusher: Ideal for secondary medium/fine crushing. Long wear-part life, highly suited for hard materials with uniform product size.
3. Impact Crusher: Best for medium-soft materials (e.g., limestone). Excellent cubical product shape with minimal elongated particles, though wear parts consume faster.
4. Vertical Shaft Impact Crusher (VSI / Sand Maker): Used for tertiary shaping and sand making. Utilizes rock-on-rock impact to produce high-quality manufactured sand.

Industry Trends: Intelligence & Sustainability

• Smart Controls: Integrated PLC and IoT sensors monitor bearing temperatures, vibration levels, and liner wear in real time for predictive maintenance.
• Dust Suppression: Enclosed belt corridors, baghouse dust collectors, and high-pressure fogging systems help achieve near-zero dust emissions.

Concrete Applications & Ideal Use Cases

1. Twin-Shaft Concrete Mixers

• Concrete Types: Ready-Mix Concrete (RMC), Mass Concrete, Pumpable Concrete, Plastic & Semi-Dry Hard Concrete.
• Best Suited For: Commercial concrete batching plants (HZS Series), large-scale hydraulic projects, high-speed railway infrastructure, highways, and bridge foundations requiring high output and fast turnaround times.

2. Planetary Concrete Mixers

• Concrete Types: Ultra-High-Performance Concrete (UHPC), Dry-Hard Concrete, Colored/Architectural Concrete, Light-Aggregate Concrete, Refractory Materials.
• Best Suited For: Precast concrete element production (pipe piles, hollow core slabs, PC components), concrete block/paver machines, and specialized industrial mixing where extreme homogeneity and formula precision are critical.

Project Location: Philippines
Equipment: DKTEC HZS60 Concrete Batching Plant
Rated Capacity: 60 m³/h
Plant Type: Stationary Concrete Batching Plant
Application: Infrastructure and Commercial Construction

With the continuous development of infrastructure, residential buildings and commercial projects in the Philippines, the demand for reliable and efficient concrete production equipment continues to grow.

For this project, the customer required a compact yet efficient concrete batching plant capable of providing a stable supply of fresh concrete for ongoing construction activities. After evaluating the production requirements and site conditions, DKTEC recommended the HZS60 stationary concrete batching plant.

Customer Requirements

The customer was looking for a concrete batching solution with:

• Stable production capacity of approximately 60 m³/h
• Accurate aggregate and powder weighing
• Consistent concrete mixing quality
• Reliable performance for continuous operation
• Efficient material feeding and conveying
• Easy operation and maintenance
• A practical layout suitable for the available site

The HZS60 provided an ideal balance between production capacity, equipment investment and operating efficiency.

DKTEC HZS60 Solution

DKTEC supplied an HZS60 stationary concrete batching plant equipped with an efficient JS1000 twin-shaft compulsory concrete mixer, aggregate batching system, cement weighing system, water and admixture weighing systems, cement silo and screw conveyor system.

The aggregate batching system accurately measures different aggregates according to the preset mix design before transferring them to the mixer. The JS1000 twin-shaft mixer then performs intensive forced mixing to achieve a uniform and consistent concrete mixture.

The complete system is controlled through an automatic control system, allowing operators to manage batching, weighing and mixing operations from a centralized control station.

Efficient Concrete Production

With a theoretical capacity of 60 m³/h, the HZS60 is particularly suitable for medium-sized construction projects that require a stable supply of concrete without the higher investment and footprint associated with larger batching plants.

The HZS60 configuration commonly uses a JS1000 mixer, and this model is widely positioned for road, bridge, building and infrastructure applications.

For Philippine construction sites, the 60 m³/h capacity can provide a practical solution for projects where concrete demand is continuous but does not require a high-capacity commercial batching plant.

Key Features

60 m³/h Production Capacity

The HZS60 provides a stable production capacity for medium-scale construction projects, helping contractors maintain a continuous supply of fresh concrete.

Twin-Shaft Mixer

The compulsory twin-shaft mixer provides strong mixing performance and good concrete homogeneity, making it suitable for different concrete mix designs.

Accurate Weighing System

Independent weighing systems for aggregates, cement, water and admixtures help maintain accurate material proportions and consistent concrete quality.

Automatic Control System

The centralized control system simplifies plant operation and allows operators to monitor the batching and mixing process in real time.

Efficient Material Handling

The aggregate batching and conveying system provides smooth material transfer between the storage, weighing and mixing sections, helping improve overall production efficiency.

Application in the Philippines

The DKTEC HZS60 can be used for a wide range of construction applications in the Philippines, including:

• Road and highway construction
• Bridge construction
• Residential projects
• Commercial buildings
• Industrial facilities
• Municipal infrastructure
• Ready-mix concrete production
• Foundation and structural concrete

HZS60 plants have also been documented in Philippine projects in locations including Quirino and Manila, demonstrating the suitability of this capacity class for local construction applications.

Project Results

After installation and commissioning, the DKTEC HZS60 provided the customer with a reliable concrete production solution for daily construction operations.

The combination of 60 m³/h production capacity, accurate batching, efficient mixing and automatic control helped improve concrete production efficiency while maintaining consistent concrete quality.

The compact and practical configuration also made the HZS60 suitable for construction sites where land availability and equipment investment needed to be carefully considered.

Why Choose DKTEC HZS60?

The Philippines HZS60 project demonstrates how DKTEC can provide a practical concrete production solution tailored to the customer’s project requirements.

With reliable mixing technology, accurate weighing, automated operation and flexible configuration, the DKTEC HZS60 Concrete Batching Plant is an ideal choice for contractors and concrete producers looking for efficient and dependable concrete production.

DKTEC HZS60 – Reliable Concrete Batching Solution for Philippine Construction Projects.

Project Location: Vietnam
Equipment: DKTEC HZS90 Concrete Batching Plant
Rated Capacity: 90 m³/h
Application: Commercial Concrete & Infrastructure Construction
Plant Type: Stationary Concrete Batching Plant

With the rapid development of infrastructure, residential construction, roads and commercial projects in Vietnam, reliable and efficient concrete production has become increasingly important. For this project, the customer required a stable concrete batching solution capable of producing high-quality concrete continuously while maintaining accurate material dosing and convenient operation.

After evaluating the project requirements, DKTEC supplied an HZS90 stationary concrete batching plant designed for efficient and reliable concrete production.

Project Requirements

The customer needed a batching plant that could meet several key requirements:

• Stable production capacity for continuous concrete supply
• Accurate weighing of aggregates, cement, water and admixtures
• Uniform concrete mixing for different concrete grades
• Reliable performance under long working hours
• Easy operation and maintenance
• Suitable for Vietnam’s local construction environment
• A compact and practical plant layout with efficient material flow

The HZS90 was selected because its 90 m³/h rated capacity provides a good balance between production efficiency, equipment investment and operating requirements.

DKTEC HZS90 Solution

DKTEC configured the plant with a high-efficiency JS1500 twin-shaft concrete mixer, aggregate batching system, cement weighing system, water and admixture weighing systems, cement silos, screw conveyors and an automatic control system.

The twin-shaft mixer provides intensive forced mixing, helping achieve consistent concrete quality within a relatively short mixing cycle. The independent weighing systems accurately measure each material according to the preset mix design, while the automatic control system coordinates the complete batching and mixing process.

The aggregate feeding system was also designed to provide a smooth and continuous material flow, helping reduce production interruptions and improve overall plant efficiency.

Key Features

90 m³/h Production Capacity

The HZS90 is designed for medium- to large-scale construction projects where a stable supply of fresh concrete is required. Its 90 m³/h rated capacity allows the customer to efficiently handle continuous concrete production.

JS1500 Twin-Shaft Mixer

The twin-shaft compulsory mixer provides powerful mixing performance and good homogeneity, making it suitable for producing different types of commercial and construction concrete.

Accurate Weighing System

Separate weighing systems for aggregates, cement, water and admixtures help ensure accurate batching and consistent concrete quality.

Automatic Control

The centralized control system allows operators to manage material weighing, batching and mixing from one control station. Concrete recipes can be preset and adjusted according to different project requirements.

Efficient Material Handling

The combination of aggregate batching, belt conveying, cement silos and screw conveyors creates an efficient material transfer process, helping maintain stable production.

Application

The DKTEC HZS90 batching plant is used to supply concrete for a variety of construction activities in Vietnam, including:

• Building construction
• Road and bridge construction
• Commercial concrete production
• Municipal infrastructure
• Industrial construction
• Foundation and structural concrete
• Other infrastructure projects

Project Results

After installation and commissioning, the DKTEC HZS90 batching plant provided the customer with a reliable and efficient concrete production solution.

The plant’s automated batching process improved production consistency, while the JS1500 twin-shaft mixer ensured uniform concrete mixing. The combination of stable production capacity, accurate weighing and convenient operation helped the customer improve concrete supply efficiency and better meet the requirements of ongoing construction work.

Why DKTEC HZS90?

The Vietnam project demonstrates the flexibility of the DKTEC HZS90 as a practical solution for overseas concrete production. By combining efficient mixing technology, accurate weighing, automated control and a robust plant structure, DKTEC provides customers with a complete concrete batching solution tailored to their project requirements.

DKTEC HZS90 – Reliable Concrete Production for Vietnam Construction Projects.

With compact design and integrated components, mobile batching plants can help contractors reduce installation time and improve the efficiency of on-site concrete production.

What Is a Mobile Concrete Batching Plant?

A mobile concrete batching plant is a concrete production system designed to be moved between different project sites. Its main components, including the aggregate batching system, cement feeding system, concrete mixer, weighing system, control system, and other equipment, are integrated into a compact structure.

After arriving at the construction site, the plant can be installed and commissioned relatively quickly. When the project is completed or the working location changes, the plant can be transported to another site for continued operation.

Key Advantages of Mobile Concrete Batching Plants

Easy Transportation

Mobility is one of the biggest advantages of a mobile batching plant. The compact structure makes transportation between construction sites easier and reduces the need for complicated dismantling and reinstallation.

Fast Installation

Mobile batching plants are designed to minimize installation work at the project site. This can help contractors start concrete production sooner and reduce project preparation time.

Flexible Project Deployment

For projects with multiple construction locations, a mobile batching plant can be relocated according to project requirements. This makes it particularly suitable for infrastructure and temporary construction projects.

Efficient On-Site Concrete Production

Producing concrete directly at or close to the construction site can reduce transportation distances and help ensure a continuous supply of fresh concrete.

Lower Relocation Costs

Compared with a conventional stationary batching plant, a mobile plant generally requires less dismantling and reconstruction when moving to another project location, helping improve overall project flexibility.

Where Are Mobile Concrete Batching Plants Used?

Mobile concrete batching plants are widely used in applications where construction sites may change or where temporary concrete production is required.

Typical applications include:

• Road and highway construction
• Bridge construction
• Railway projects
• Airport construction
• Water conservancy projects
• Tunnel construction
• Residential and commercial construction
• Remote construction projects
• Temporary infrastructure projects
• Multi-site construction operations

For remote projects, a mobile batching plant can be especially useful because concrete can be produced close to the point of use instead of being transported over long distances.

Mobile vs. Stationary Concrete Batching Plant

The main difference between mobile and stationary batching plants is flexibility.

A stationary concrete batching plant is normally installed permanently at one location and is suitable for long-term, high-volume concrete production. It can be configured with larger storage capacity and production systems according to the project requirements.

A mobile concrete batching plant focuses more on transportation and relocation. It is suitable for contractors who need to move the equipment between different sites or complete projects within a limited period.

Therefore, the best choice depends on the project duration, production capacity, site conditions, transportation requirements, and expected frequency of relocation.

How to Choose a Mobile Concrete Batching Plant?

Before selecting a mobile batching plant, several factors should be considered.

Production Capacity:
Determine the required concrete output based on the project’s daily and hourly concrete demand.

Mixer Type:
The mixer should be selected according to the concrete mix design, aggregate characteristics, required mixing quality, and production capacity.

Transportation Conditions:
Consider road conditions, transportation regulations, available lifting equipment, and the distance between project sites.

Site Conditions:
Available space, foundation conditions, aggregate storage, power supply, and water supply should all be evaluated before installation.

Automation Level:
An advanced control system can improve weighing accuracy, production efficiency, and operational convenience.

Why Choose a Mobile Batching Plant?

For contractors working on projects where construction locations change frequently, mobility can be more valuable than maximum stationary production capacity.

A well-designed mobile batching plant combines mobility, compact structure, efficient mixing, accurate batching, and convenient operation. It provides contractors with a practical way to establish concrete production closer to the construction site while maintaining consistent production performance.

Conclusion

A mobile concrete batching plant is an efficient solution for construction projects that require flexible and reliable concrete production. Its transportable design, relatively fast installation, and ability to relocate between projects make it particularly suitable for road, bridge, infrastructure, remote, and temporary construction applications.

When choosing a mobile batching plant, production capacity, mixer performance, transportation requirements, site conditions, and automation should all be considered.

DKTEC offers mobile concrete batching plant solutions for different project requirements, helping contractors achieve flexible and efficient concrete production wherever the project takes place.

With the growing demand for reliable and efficient concrete production, batching plants are widely used in building construction, roads, bridges, tunnels, airports, dams, and other infrastructure projects.

What Is a Concrete Batching Plant?

A concrete batching plant is a system designed to accurately measure, mix, and discharge concrete raw materials. The main components generally include aggregate bins, weighing systems, cement silos, screw conveyors, a concrete mixer, control system, and related feeding and discharge equipment.

Compared with traditional on-site concrete mixing, a batching plant provides much better control over material proportions and mixing quality. The automated control system also helps reduce operating errors and improve production efficiency.

Main Components of a Concrete Batching Plant

A complete concrete batching plant normally consists of several key systems:

Aggregate Batching System
Aggregates such as sand and gravel are stored and accurately weighed before entering the mixer.

Cement Storage and Feeding System
Cement is stored in silos and transported to the weighing system through screw conveyors.

Concrete Mixer
The mixer is the heart of the batching plant. Twin-shaft mixers, planetary mixers, pan mixers, and other types can be selected according to different applications and concrete requirements.

Water and Additive System
Water and chemical admixtures are accurately measured and added according to the required mix design.

Control System
The automatic control system manages weighing, feeding, mixing, and discharge processes, helping operators achieve stable and repeatable concrete production.

Stationary vs. Mobile Concrete Batching Plant

Concrete batching plants can generally be divided into stationary and mobile types.

A stationary concrete batching plant is designed for long-term operation at a fixed location. It is suitable for large construction projects, commercial concrete production, infrastructure projects, and applications requiring high production capacity.

A mobile concrete batching plant integrates the main components into a compact and transportable structure. It can be moved between different construction sites more easily and is particularly suitable for projects with short construction periods or changing locations.

The right choice depends on project duration, required capacity, transportation conditions, and site requirements.

How to Choose the Right Concrete Batching Plant?

Before purchasing a batching plant, several factors should be considered:

• Required concrete production capacity
• Project duration and construction schedule
• Stationary or mobile installation requirements
• Concrete mix design and material characteristics
• Available site area
• Local power supply
• Automation and control requirements
• Transportation and installation conditions
• Maintenance and after-sales support

Choosing the correct configuration can significantly improve production efficiency and reduce long-term operating costs.

Why Is a Reliable Batching Plant Important?

Concrete quality directly affects the strength, durability, and service life of a construction project. A reliable batching plant provides accurate weighing, efficient mixing, stable operation, and consistent concrete quality.

For large projects, production efficiency is equally important. A properly configured batching plant can maintain continuous concrete production and help keep construction schedules on track.

Conclusion

A modern concrete batching plant is more than just a concrete mixing machine. It is an integrated production system combining accurate weighing, efficient mixing, automated control, and reliable material handling.

Whether you are working on a large infrastructure project or a smaller construction site, selecting the right batching plant according to production capacity, concrete requirements, and site conditions is essential for achieving efficient and stable concrete production.

DKTEC provides concrete batching plant solutions for different construction applications, with stationary and mobile models available to meet various production requirements.

In demanding mining and aggregate applications, crushing and screening equipment must deliver reliable performance even under severe climatic conditions. DKTEC provides engineered crushing and screening solutions designed to maintain stable and continuous operation in extremely cold environments, with temperatures dropping as low as -40°C.

Extreme low temperatures can significantly affect equipment materials, mechanical components, lubrication systems, structural strength, and overall operating reliability. To address these challenges, DKTEC applies a specialized engineering approach tailored to harsh-weather applications.

Our solutions incorporate low-temperature-resistant materials, optimized structural designs, specialized insulation and protection measures, and carefully selected components to ensure reliable equipment performance in challenging winter conditions.

From crushing and screening equipment to complete processing solutions, DKTEC focuses on durability, operational continuity, and ease of maintenance, helping customers maintain stable production even when environmental conditions are at their most demanding.

This set of mining equipment includes:

• vibrating-feeder
• jaw-crusher
• screens
• belt-conveyor

Despite the heavy-duty operating conditions, this equipment contributed to the plant’s production reliability by providing stable capacity, high efficiency, and ease of maintenance.

This challenging mining project further reinforced DKTEC’s experience in delivering reliable, durable, and engineering-driven solutions for large-scale operations working in extreme climates. With its specially developed solutions, DKTEC is proud to support the plant in maintaining high performance even under demanding conditions such as -40°C.

Hangzhou Jusheng Machinery & Equipment Co., Ltd. successfully completed the installation and commissioning of an HZS90 commercial concrete batching plant for a long-established ready-mix concrete producer in Dubai, United Arab Emirates.

Designed for demanding commercial concrete production, the HZS90 plant provides a rated production capacity of up to 90 m³/h, delivering a stable and efficient solution for continuous ready-mix concrete manufacturing. The plant is engineered to maintain reliable material handling, accurate weighing, and consistent mixing performance throughout daily production operations.

For this project, Hangzhou Jusheng Machinery & Equipment Co., Ltd. applied an optimized structural design to the batching plant, with particular attention to the stability of the main frame and weighing system. The reinforced and optimized chassis structure provides a rigid foundation for the plant, helping minimize structural vibration during operation.

**Key Engineering Features

• Stable structural design
  The optimized chassis provides high structural rigidity and stability, supporting reliable operation under continuous production and heavy-duty working conditions.
• Accurate weighing system
  The stable supporting structure helps reduce vibration and external interference during weighing, contributing to precise measurement of aggregates, cement, water, and additives.
• Consistent batching performance
  Accurate weighing and controlled material feeding help ensure that each batch closely follows the specified concrete mix design, improving consistency from batch to batch.
• Efficient continuous production
  With a production capacity of up to 90 m³/h, the HZS90 is well suited to commercial ready-mix applications where stable output and dependable production efficiency are essential.
• Reliable operation and maintenance
  The plant adopts a practical and robust configuration designed for long-term operation, while providing convenient access for routine inspection, maintenance, and servicing.
• A Reliable Solution for Concrete Production
  The successful completion of the HZS90 concrete batching plant project in Dubai demonstrates Hangzhou Jusheng Machinery & Equipment Co., Ltd.’s engineering capabilities in designing and supplying reliable concrete production equipment.
  By combining structural optimization, precise weighing, efficient material handling, and stable mixing performance, the HZS90 provides a dependable solution for ready-mix concrete producers requiring consistent quality, stable production, and long-term operational reliability.

To support a road and infrastructure construction project in the Philippines, a local construction contractor selected the DKTEC HZS60Y Mobile Concrete Batching Plant for on-site concrete production.

The project was located in a developing area where concrete had to be supplied continuously to multiple construction sections. Due to the relatively long transportation distance from commercial ready-mix plants and the changing construction locations, the customer needed a concrete batching solution that could be quickly installed, easily relocated, and operated efficiently on site.

The HZS60Y mobile batching plant provided an ideal solution for these requirements.

Project Challenges

The project presented several challenges. The construction site was located away from major urban areas, making ready-mix concrete transportation less convenient and increasing delivery time.

At the same time, the project required a stable supply of concrete for road foundations, drainage structures, retaining structures, and other concrete works. The tropical climate and frequent rainfall in the Philippines also required the equipment to maintain reliable operation under demanding site conditions.

For the contractor, reducing concrete transportation costs while maintaining consistent production was a key consideration.

DKTEC HZS60Y Mobile Batching Plant Solution

Based on the project requirements, DKTEC supplied an HZS960Y mobile concrete batching plant designed for flexible on-site concrete production.

The plant integrates aggregate storage, weighing, conveying, mixing, and control systems into a compact mobile configuration. This allows the equipment to be transported between different construction areas with significantly less installation work than a conventional stationary batching plant.

The 60 m³/h production capacity provides sufficient concrete output for medium- to large-scale construction activities, while the mobile design allows the customer to adjust the plant location as the project progresses.

The plant was also equipped with an automatic control system to improve weighing accuracy, mixing consistency, and overall production efficiency.

Flexible Production for Changing Construction Sites

One of the main advantages of the HZS60Y in this project was its mobility.

As road and infrastructure construction progressed from one section to another, the batching plant could be relocated closer to the active construction area. This helped shorten concrete transportation distances and improve the efficiency of concrete delivery.

Instead of relying entirely on concrete supplied from distant commercial batching plants, the contractor was able to produce concrete directly at the project site according to the construction schedule.

This flexibility was particularly valuable for a project with multiple construction phases and changing concrete demand.

Project Results

After installation and commissioning, the DKTEC HZS60Y was put into regular operation and provided a stable supply of concrete for the project.

The customer benefited from:

60 m³/h nominal production capacity
Flexible relocation between different construction areas
Reduced concrete transportation distance and delivery time
Consistent aggregate and cement weighing
Uniform concrete mixing quality
Automated and user-friendly operation
Faster response to changing project requirements
Reduced dependence on external ready-mix suppliers

The mobile configuration allowed the contractor to maintain greater control over concrete production while adapting the equipment to the changing needs of the construction site.

Why HZS60Y for Philippine Construction Projects?

For construction projects in the Philippines where site conditions, transportation distances, and project locations may change frequently, a mobile batching plant can provide significant operational flexibility.

The DKTEC HZS60Y Mobile Concrete Batching Plant combines high production capacity with convenient transportation and fast site deployment, making it suitable for road construction, bridge projects, residential developments, municipal infrastructure, and other medium- to large-scale construction projects.

This Philippine project demonstrates how DKTEC’s mobile batching technology can help contractors achieve more flexible concrete production and improve overall construction efficiency.