In recent years, the Philippine construction industry has grown rapidly, particularly in Batangas Province. With the increase in infrastructure development and the rise of real estate projects, demand for concrete equipment has continued to grow. To meet these demands, local construction companies are seeking more efficient and flexible concrete transportation and mixing equipment. Against this backdrop, DASWELL’s trailer-mounted concrete pump and self-loading truck mixers have successfully entered the market, becoming a key solution to concrete placement challenges.

The client is a large construction company in Batangas specializing in road construction and multi-story building construction. They have very high requirements for equipment performance, especially during concrete transportation and placement, requiring fast and precise work efficiency while minimizing labor costs and construction time.

Project Difficulties

1.Complex Terrain: The Batangas region boasts diverse terrain, encompassing both urban and mountainous areas. Roads are often uneven and often have certain slopes, making traditional concrete transport equipment difficult to navigate, resulting in construction delays and transportation difficulties.

2.Tight Construction Schedule: The project faced stringent deadlines, especially during peak construction periods, when concrete supply was enormous. Inefficient equipment operation would inevitably impact the overall project schedule and increase costs.

3.Equipment Operation and Maintenance: Local Filipino technicians had limited experience operating and maintaining high-end construction equipment. Therefore, ensuring that local workers could quickly master equipment operation techniques and effectively perform maintenance was a key concern for the client.

Our solutions

To address these challenges, DASWELL offers a highly efficient equipment solution, including a combined mixer pump and self-loading truck mixer, specifically tailored to the needs of the Batangas region.

Concrete Pump: Our mixer pump offers powerful concrete pumping capacity and efficient mixing. Its high-pressure pumping system easily handles Batangas’s complex terrain, making it particularly suitable for hard-to-reach construction areas. Its powerful powertrain ensures stable, long-term operation, maintaining excellent performance even in hot and humid environments.

Self-Loading Truck Mixer: A self-loading truck mixer combines concrete mixing and transportation functions, making it particularly suitable for areas with uneven roads and confined spaces. It effectively addresses many of the challenges of traditional concrete transportation, improving construction efficiency and reducing workload for construction workers.

Combined Solution: Combining a mixer pump with a self-loading truck mixer not only solves concrete mixing problems but also provides flexible and efficient concrete transportation in diverse construction environments. This combination not only improves overall construction efficiency but also reduces equipment failures, ensuring smooth project progress.

Packing and Transportation

Based on customer needs and local road conditions, we carefully planned the equipment’s packing and transportation plan:

Packing List:

1 Trailer mixer pump CPD80

2 Self-loading Concrete Mixer Trucks SLDM4000

Accessory Kit: Includes spare pump hoses, hydraulic oil, operating manual, tool kit, etc.

Transportation Accessories: Tires, hoses, connectors, seals, pipes,etc.

Packing Method: Based on the size and weight of the equipment, we used standard container shipping 2*40HQ. All equipment was meticulously packaged to ensure it was not damaged during transportation. During packing, we carefully planned weight distribution to ensure safety and stability during transportation.

Transportation Routes: We selected a suitable transport company and coordinated with local authorities to ensure the equipment could be transported smoothly along major local transportation routes.

Configuration and Technical Support

To ensure smooth commissioning, we offer the following configurations based on specific customer requirements: ；

Trailer Mixer Pump Configuration:

Maximum Pumping Capacity: 50 m³/h

Mixing Capacity: 450 L

High-efficiency hydraulic system reduces energy consumption and improves efficiency

Powerful engine adapts to challenging terrain

Self-Loading Mixer Truck Configuration:

Mixing Capacity: 4 m³

Loading Method: Self-loading, suitable for confined spaces

Automatic cleaning system for easy maintenance

Highly durable steel ensures long-term operation and resistance to damage

Installation, Commissioning, and Technical Training

Installation and Commissioning: We dispatched professional technicians to Batangas, Philippines, to perform equipment installation and commissioning. After the equipment arrived on-site, we worked closely with the local team to ensure that all equipment was operational in the shortest possible time. During the commissioning process, we provided one-on-one operational guidance to ensure that each piece of equipment was operating at its optimal state.

Technical Training: To ensure that local personnel could independently operate and maintain the equipment, we provided detailed operational training courses. Through hands-on training and simulation exercises, the customer’s technicians were trained to master the equipment’s operational skills, as well as understand routine maintenance and troubleshooting methods.

Customer Testimonials

Our customers have given DASWELL’s equipment and services high praise. The following are some of their feedback:

“DASWELL’s trailer-type mixer pumps and self-loading truck mixers have significantly improved our construction efficiency. Previously, concrete pouring often faced challenges, such as difficult-to-reach slopes or cramped workspaces. Now, these issues are no longer a problem. The equipment is extremely stable and easy to use, and we’ve accelerated our project schedule by at least two months.“

“DASWELL’s technical support and training services are extremely professional. We had no experience operating these high-end equipment, but through their training and guidance, we quickly mastered their techniques. Maintenance is also very simple, significantly reducing our operating costs.”

Changes and Data from the Equipment

By using DASWELL’s trailer-type mixer pump and self-loading truck mixer, the client’s construction efficiency and concrete pouring quality have significantly improved. The following are specific data changes:

Improved Construction Efficiency: Construction time was shortened by approximately 25%, resulting in the project being completed ahead of schedule.

Increased Concrete Supply: Hourly concrete delivery increased by approximately 30%, ensuring a more stable project schedule.

Reduced Labor Costs: Due to the high level of automation in the equipment, labor costs were reduced by approximately 20%.

Reduced Equipment Failure Rate: The equipment’s high stability has reduced the failure rate by approximately 40% compared to traditional equipment.

Summary

The trailer-type mixer pumps and self-loading concrete mixer trucks provided by DASWELL not only successfully solved various construction challenges faced by customers in Batangas, Philippines, but also significantly improved construction efficiency and equipment usability. Through comprehensive design, professional installation and commissioning, and training support, we have helped customers successfully complete multiple projects and established a successful example for equipment use in the local construction industry.

Today, we’ll break down the actual price range, explain what truly affects the cost. And you can know how choosing a reliable brand like Daswell can save you thousands of dollars in the long run.

What Is the Real Self Loading Concrete Mixer Price?

On average, a self loading concrete mixer costs between $10,000 and $70,000. The price difference mainly depends on the machine’s size, features, and brand. Smaller models, which are designed for light construction jobs fall on the lower end, while the larger units with advanced hydraulic systems, reinforced steel frames, and high-capacity drums command higher prices.

Instead of just looking at the initial cost, it’s important for you to consider long-term value. A durable machine with excellent after-sales support can cut down operational expenses and reduce downtime. That means that you’ll actually save money over the lifetime of the equipment.

Why Is a Self Loading Concrete Mixer More Efficient?

Unlike traditional mixers, a self loading concrete mixer is essentially a 4-in-1 solution. With Daswell self loading concrete mixer truck machine, you can:

• Load raw materials such as sand, gravel, cement
• Weigh and mix the aggregates efficiently
• Transport fresh concrete directly to the working site
• Discharge the final mix with precision

This means you no longer need separate equipment or extra labor for loading, mixing, and transporting. For modern contractors, this machine is a popular choice. With this machine, it can realize faster delivery, and consistent concrete quality with fewer worker.

In fact, contractors in Southeast Asia (Philippines, Indonesia, Vietnam) report huge boosts in productivity after using the self loading mixer trucks. With this machine, their projects are completed faster. Meanwhile, the manpower costs are reduced significantly as well.

7 Key Factors That Affect the Self Loading Concrete Mixer Price

What really impacts the cost of these machines? Now you can learn these factors deeply for your self loading concrete mixer truck selection.

• Engine and Brand

The heart of a self loading mixer is its engine. Generally, these machines, which are powered by well-known brands like Cummins or Yuchai tend to cost more upfront, but they are fuel-efficient and last longer. And the cheaper engines may save money initially, but higher maintenance costs can offset the savings later.

• Hydraulic System and Features

Advanced features also increase the price. For example, the electronic weighing systems, remote control, 360° drum rotation, and automatic lubrication makes the self loading mixer machine higher price. But these designs also improve the working efficiency. If your projects demand precision and safety, these upgrades are worth the investment.

• Drum Size and Material

The drum size determines how much concrete you can produce in one cycle. Bigger drums naturally increase the price, but with the larger drums, they also boost productivity. For example, Daswell offers models ranging from 1.2m³ to 6.5m³ capacity. You can choose the most suitable models based on your project needs. As for the materials, the stainless steel or reinforced materials add durability, which is essential for heavy-duty projects.

• Build Quality and Customization

A machine built with stronger steel frames and robust axles will withstand rough terrain and heavy use. And the custom add-ons such as air conditioning, GPS tracking, or additional safety guards can also push the cost higher. Daswell offers you customized service. If you have any requirements on the self-loading concrete mixer trucks, just send an inquiry to us. Our engineer will design for you.

• Shipping and Taxes

If you’re importing a self loading mixer, you must factor in shipping fees, customs duty, and local taxes. For buyers in Southeast Asia or Africa, this can account for a significant portion of the final price. Daswell, with strong distribution networks in the Philippines and Indonesia, helps customers minimize these costs by offering local delivery support.

Daswell’s Indonesian customers use self-loading concrete mixer

4m³ Self-Loading Concrete Mixer Truck working in Indonesia

Daswell 3.5 m³ Self-Loading Concrete Mixer Working in East Nusa Tenggara, Indonesia

• After-sales Service and Warranty

One of the most overlooked factors is after-sales service. A cheaper machine with no local service support may lead to expensive downtime. Daswell provides 24/7 technical assistance, spare parts supply, and on-site training, ensuring your mixer operates smoothly.

• Market Demand and Economy

Lastly, prices will fluctuate depending on raw material costs and regional demand. For example, during peak construction seasons, demand and prices may rise slightly. Choosing the right time to purchase can save you money.

How You Can Save Thousands on a Self Loading Concrete Mixer?

If you’re wondering how to get the best deal for your self loading concrete mixer purchasing, here are some practical tips for your reference:

Why Choose Daswell Self Loading Concrete Mixer?

Daswell is a trusted manufacturer with over 36 years of production experience in concrete machinery. Our self loading concrete mixers are popular in Southeast Asia, Africa, and South America for good reasons:

• Complete automation – one operator can handle the entire process
• Wide range of models – from 1.2m³ to 6.5m³
• High build quality – durable frames and advanced hydraulic systems
• Efficient service network – strong presence in the Philippines and Indonesia
• Affordable factory prices – no unnecessary middlemen costs

When you invest in a Daswell self loading concrete mixer, you’re not just buying a machine—you’re getting a reliable partner for your construction projects.

In general, the real self loading concrete mixer price ranges between $10,000 and $70,000. The prices are mainly determined by the machine’s size, features, and supplier. But the real value goes far beyond the price tag. By choosing a durable, efficient, and well-supported brand like Daswell, you can save thousands in operating costs while boosting your project efficiency.

If you’re ready to take your construction business to the next level, consider a Daswell self loading concrete mixer truck. With its 4-in-1 functionality, advanced features, and strong after-sales support, it’s an investment that pays for itself quickly. Besides, As an professional concrete machinery supplier with experience, Daswell also has various concrete mixers, pumps, and batching plants for your different project requirements.

Contact Daswell today to get your personalized quote!

Related Products:

Self Loading Concrete Mixer

Mixing Capacity: 0.6-4.5 m³/batch
Bucket Capacity: ≥0.15-0.7 m³

Self Loading Concrete Mixer in Indonesia

Mixing Capacity: 0.6-4.5 m³/batch
Bucket Capacity: ≥0.15-0.7 m³

Self Loading Concrete Mixer in Philippines

Mixing Capacity: 0.6-4.5 m³/batch
Bucket Capacity: ≥0.15-0.7 m³

Generally, the water content is key. Improper water content is the most common problem of the concrete. If the water content is too much, it may destroy the concrete strength. While the too little water may ruin the workability of the concrete. The concrete quality depends on the mastering this balance. Here you can know more information about the water content controlling.

Why water is important for your concrete project?

Concrete is a combination of rugged aggregate, sand and sturdy cement powder. Water is necessary for you concrete mixing. You can not make concrete without water. It can initiate the chemical reaction known as hydration. It turns the dry, gravelly mixture into concrete. The amount of water you use, is often measured as the water-cement ratio. It is the ultimate dictator of your concrete’s final strength, durability, and appearance.

Too much water may create a disaster. It seems easier for you to pouring. But the concrete’s strength will be decreased. When the excess water evaporates, there will be empty pores and tunnels leaved behind. The concrete will become weak and porous. And this may lead to cracking, dusting, and scaling.

If the water is too little, there will be a different struggle. Too little water makes the concrete mix becomes stiff and unworkable. Thus, you can not consolidate it properly. This will cause honeycombing and cold joints. For your pumping and pouring, it is a big problem. And your projects can not be finished.

It is important for you to control the water content of concrete. You had better use the minimum water for workability. Too much or too little may cause problems. Proper water content can protect the concrete’s strength and your profit.

What are the effects of water content for concrete?

It directly dictates ultimate strength of concrete

It is the most crucial relationship for you to understand. The water-cement ratio is inversely proportional to the compressive strength of your concrete. In simple terms, the more water you add, the weaker the concrete becomes.

The cement particles can only hydrate with a specific amount of water. When you add excess water, it will not react with the cement. Instead, it may remain trapped in the paste. Eventually, this free water evaporates, leaving behind a network of microscopic pores and capillaries. These empty spaces will create weaknesses. And under load, these cracks can easily propagate through these porous pathways.

It seems like that the too wet mix will be easy for placing. But you are literally sacrificing its long-term strength for short-term convenience.

It determines the durability and longevity of concrete

Your concrete doesn’t just need to be strong. It also needs to withstand the test of time. Excess water is the primary enemy of durability. Those same pores left by evaporating water become highways for destructive agents. For example, in cold climates, water will seep into the pores. When it freezes, the concrete will expand, creating immense internal pressure. And then it causes cracking and surface flaking.

By controlling the water content, you can produce a denser, less permeable concrete.

It influences cracking and shrinkage

Generally, almost all the water you add to the mix will eventually leave. They will leave through evaporation or be consumed in hydration. As these water leave, the concrete volume will also reduce. This process is known as drying shrinkage.

The more water you add, the greater the potential for shrinkage. This may create tensile stresses within the concrete. If these stresses exceed its tensile strength, the concrete will crack. Controlling the water content is the first and most effective line of defense against unsightly plastic shrinkage cracks. Meanwhile, it also prevents long-term drying cracks.

How can you control the water content for excellent concrete manufacturing?

Controlling water content not means using as little as possible. It is about using the exact right amount for your specific application. Here you can learn it more.

Knowing your water-cement ratio

It is essential for you to knowing the water-cement ratio. The w/c ratio is the weight of water divided by the weight of cement in the mix. For most structural applications, the w/c ratio of 0.45 or lower is ideal for high strength and durability. For your footings and slabs on grade, a ratio of 0.50 to 0.60 is more common. For your concrete batching requirements, Daswell has complete weighing and storing systems for you to batch the aggregates and water conveniently.

Using a superplasticizer

This is a modern solution to the water dilemma. The superplasticizers are chemical admixtures, which you can add to the mix. The main function od the superplasticizer is dispersing the cement particles. This can make the concrete highly fluid and workable without adding extra water. With this material, you can achieve a very low w/c ratio. And the strength will be high. Meanwhile, the concrete mix is still applicable and easy for placing. This is a good choice for you to use the superplasticizer.

Measuring everything precisely

It should be mentioned that you had better not add water by guesswork. This is the most common mistake on the job site. If you are mixing concrete yourself, please use a calibrated bucket to measure water. If you choose ready-mix concrete, and when the transit mix truck arrives, the concrete looks too stiff. Please consult with the driver before adding water. The driver of transit mix truck are trained to add water in controlled amount while maintaining mixer rotation. If you are the ready-mix concrete factory, you can choose Daswell concrete batching plant, it can measure the aggregates, water and the additives precisely.  Daswell concrete batching plants adopt advanced precision weighting systems. With our batching plant, it can not only makes your concrete mixing more convenient, but also guarantees the high strength, superior durability, and flawless finish for your projects.

Considering the moisture of the aggregates

Generally, your sand and aggregate are rarely bone-dry, especially if they have been stored outside. The surface moisture they carry will significant influence your water calculations. Thus, you had better test the aggregates for moisture content. And then you can adjust the amount of mix water you add accordingly. The moisture meter is an essential tool for any serious concrete work.

Protecting the fresh concrete from the elements

After your concrete placing, the environmental factors will change the effective water content. For example, on a hot, windy day, the evaporation can rob the surface of water. It will influence the proper hydration and cause plastic shrinkage cracks. You should control this by erecting windbreaks and sunshades. And it is also applicable for you to misting the subgrade before pouring. It can prevent it from sucking water out of the concrete.

Water is the lifeblood of concrete. It is key for you to control the water content for concrete mixing. By understanding the influence of water-cement ratio and control it, you can get high-quality concrete. It not only makes you concrete pouring more efficiently, but also ensures concrete strength and durability. Besides, excellent concrete guarantees the success of your project for decades to come. Taking control of the water, you can manufacture high-quality concrete for construction projects.

Take Control of Your Concrete Quality with Daswell

For unmatched accuracy and consistency, Daswell concrete batching plants integrate advanced weighing systems that measure every component to exact specifications. This eliminates human error and material variability, delivering batch-after-batch perfection. Whether you’re a ready-mix producer or a large-scale contractor, Daswell equipment helps you maintain optimal w/c ratios, reduce waste, and enhance profitability.

Ready to take absolute control of your concrete quality? Contact Daswell for getting your high-performance concrete batching plants!

Here you can learn the most common types of asphalt. You can know their unique compositions, ideal applications, and benefits. By the end, you can make the best decision for your specific needs.

What is Asphalt Made Of?

You may often hear the term “asphalt” used interchangeably with “blacktop” or “pavement.” Technically, asphalt is the sticky, viscous black binder. It holds the mixture together. You can mix this binder with aggregates, which is a combination of crushed stone, sand, gravel, and slag.

The specific recipe determines the final product’s characteristics. For example, the size and ratio of the aggregates and the grade of the asphalt binder will influence the effect. Here are some common types of asphalt in the market.

Hot Mix Asphalt (HMA): The Industry Standard

Hot Mix Asphalt is the most widely used type for pavement. As the name implies, it is produced and laid at high temperatures. Generally, it is between 300° and 350° Fahrenheit. This heat can make the mixture highly workable and easy to compact before it cools and hardens. It will be an incredibly durable surface.

Key characteristics of the HMA

Production Method: it is mainly heated and mixed at a high-temperature plant.

Durability: It has excellent strength and resistance to heavy traffic.

Curing Time: It requires cooling time before you can open it to traffic.

Where you can use the HMA?

This type of asphalt is often used on high-traffic areas, which need maximum durability. This includes highways, major roads, busy intersections, and commercial parking lots. For you reference, if you want to use it for driveways, it is applicable as well. But it is often a premium option for these application above.

Daswell is an experienced asphalt mixing plant supplier. We have both stationary and mobile asphalt mixing plants for you to choose, meeting your various requirements for hot mix asphalt production.

Warm Mix Asphalt (WMA): The Eco-Friendly Innovator

Warm Mix Asphalt is a newer technology. It offers a compelling environmental advantage. This type of asphalt is produced at temperatures 50° to 100° Fahrenheit, which is lower than the HMA. Thus, it is called Warm Mix Asphalt. The manufacturers often use special foaming processes for manufacturing. Besides, they may also use the organic additives for making the asphalt binder less viscous at lower temps.

Key characteristics of the WMA

Production method: It is manufactured at a lower production temperature, saving significant energy.

Environmental impact: It can reduce fossil fuel consumption, leading to lower greenhouse gas emissions. Meanwhile, the carbon footprint will be smaller, too.

Workability: It remains workable for a longer time. And the compaction is better, especially in colder weather.

Where you can use the WMA?

The Warm Mix Asphalt has wide applications. You can use it for all the same projects as HMA. Meanwhile, the lower fumes also make the WMA ideal for enclosed paving projects. For instance, you can use it for tunnels or indoor parking garages, where ventilation is a concern.

Cold Mix Asphalt: The Quick and Convenient Fix

Different from the HMA, the Cold Mix Asphalt is produced and laid without heating. The asphalt is emulsified in water. This allows the asphalt binder to coat the aggregate at room temperature. It is not as strong as HMA or WMA. But it still offers unique advantages for specific situations.

Key Characteristics of the Cold Mix Asphalt

Production method: It do not need heat. It is ready to use straight from the bag.

Convenience: You can store it for months. It is perfect for emergency repairs.

Strength: It is not as structurally string as hot or warm mix. But it still remains pliable.

Where you can use the Cold Mix Asphalt?

The Cold Mix Asphalt is primarily used for temporary patches and repairs. Especially, during colder months, the HMA production plants are closed, the cold mix asphalt is helpful. It is perfect for filling in potholes or repairing utility cuts until a permanent, hot repair can be made.

Porous Asphalt: The Sustainable Solution for Stormwater Management

The porous asphalt is also also permeable asphalt. It is a brilliant solution for managing rainwater runoff. It features a special open-graded deign with fewer fine aggregates. There is a system of interconnected voids that allows water to drain directly through the pavement into a stone recharge bed below.

Key Characteristics of Porous Asphalt

Drainage: It can manages stromwater effectively. And it also reduces runoff, and helps recharge groundwater supplies.

Safety: It can reduce water pooling and spray. This highly improving driving safety in wet conditions.

Installation: It requires a specialized sub-base to hold the filtered water.

Where you can use the Porous Asphalt?

For some low-traffic areas, where drainage is a priority, you can consider porous asphalt. The ideal applications include residential driveways, walking paths, overflow parking lots, and green infrastructure projects like rain gardens.

Tips for you to choose suitable asphalt type for your project

These are four types of asphalt for common use: Hot Mix Asphalt, Warm Mix Asphalt, Cold Mix Asphalt, and Porous Asphalt. For your projects selection, there are some key questions for your reference.

• What is the excepted traffic volume and weight?
• What is my local climate?
• What is my budget?
• Are there specific environmental goals?
• Is this a new construction or a repair?

Knowing these answers, you can know the asphalt you need. And this can make sure the material you choose delivers the performance, longevity, and value you expect, protecting your investment for years to come.

What exactly is the use of a concrete pump machine for you? In short, it can transform the messy, labor-intensive, and time-sensitive process into a streamlined, powerful, and precise operation. There are many types of concrete pumps in the market for you to choose. Here you can learn about different types of concrete pumping equipment. For example, we have concrete trailer pump, boom pump truck and the concrete mixer pumps.

How does the concrete pumps deliver concrete to the exact point of placement efficiently?

The concrete pump machine mainly utilizes the powerful hydraulics to push the liquid concrete through the pipelines. And then deliver the concrete directly to the exact point of placement. You only need to set up the pipeline simply. And the pump will do the heavy lifting, moving concrete over significant distances. Meanwhile, it can keep a steady, controllable rate on both horizontally and vertically.

This function brings great benefits for your business. With the concrete pumper machines, you will save a tremendous amount of time. Meanwhile, it also drastically reduces your labor costs, and helps you achieve a quality of finish that manual methods can rarely match.

What are the uses of different concrete pumps?

As an experienced concrete pump supplier, there are three types of concrete pumps for you to use for different construction projects. You can choose the right concrete pump machine based on the scale and specific demands of your project.

Concrete mixer pump machine

This machine is a popular machine among our customers. It has both mixing and pumping functions. For your requirements of mixing and pumping on-site, this machine can meet you needs. It combines a concrete mixing system and a pumping system into a single, highly mobile unit.

This concrete pumping with mixer machine is applicable for your medium scale projects. For example, you can use it for your residential buildings, rural construction, and irrigation systems. It is perfect for a site where the space is limited or not suitable for multiple pieces of equipment.

Using Daswell concrete mixing pumper, you can get incredible efficiency. It can mix concrete and pump continuously. You do not need to rely on the separate batching plant or transit mixers. This machine can reduce your operational costs and simplify logistics. Thus, for your remote or difficult-to-access locations, the concrete mixer with pump machines is an ideal choice.

Trailer type concrete pump

The trailer pump is also called line pump or stationary pump. It is a nimble equipment mounted on a trailer. You can tow it to your site and position it. Then you just need to extend the flexible pipeline by hand for navigating through obstacles and into tight spaces. The trailer pump equipment will pump the concrete efficiently.

The trailer pump machine is widely used. Our customers often use it for slab foundations and ground-level work, swimming pools and tunnels, precise concrete placement for steps, sidewalks, and patios, etc.

Its unmatched flexibility allows you to reach areas that are impossible for larger boom pumps. With this machine, you can get pinpoint accuracy for detailed work.

Concrete boom pump truck

This is a machine, which can capture everyone’s attention. A boom pump consists of a massive pump mounted on a truck. It is equipped with a multi-section, remote-controlled robotic arm. And the arm can fold, extend, and articulate to place the fresh concrete with incredible speed and reach.

For your large scale commercial and industrial projects, the boom pump machine will be a good choice. When you need to build high-rise buildings, massive bridge piers, expansive warehouse floors, and any structure where you need to move vast quantities of concrete quickly and high into the air, this machine is applicable with high efficiency.

Choosing Daswell concrete boom pump for these projects, you can get unparalleled speed and reach. The operator only needs to control the boom from a comfortable cabin. The concrete will be placed with millimeter precision exactly. Even though the placement point is hundreds of feet away, the boom pumps can place excellently. It can accelerate your project timeline dramatically and enhance site safety.

If you are looking for a concrete pumping machine for your project, just contact Daswell Team. Daswell has rich experience on the concrete pumps. Our concrete pumping equipment has been exported to various countries. You can see our concrete pumping machines working in Philippines, Indonesia, etc. Whether you want to use pumps for small or large scale projects, there are suitable machines for you to choose. And according to your working site, we have different machines for your different conditions.

Besides, we have offices in various countries, you do not need to worry about the after-sale service. We can solve your problems with high efficiency, significantly decreasing your downtime. Send a message to Daswell without hesitation now!

Related Products

Concrete Mixer Pump

Combines mixing and pumping in one compact unit – ideal for cost-effective and efficient concrete work.

Concrete Trailer Pump

Maximum concrete output: 30-90m³/h
Output pressure (MPa): 10-22

Concrete Boom Pump

Max. concrete output: 50/80 m³/h
Power Type: Diesel Engine

What is a concrete pump machine?

The concrete pump machine is mainly used for delivering the liquid concrete from one spot to another. You just need to pour the fresh concrete into the hopper. And the machine will pump it through a pipeline to the destination.

The concrete pumps are critical in construction. They can move the fresh concrete from the mixing truck to the pour site. This process is much faster than traditional methods.

There are various types of concrete pumps for you to choose in Dawell. We have large capacity trailer pump, pumping with mixer machines, and the boom pump truck for your high-rise building. Meanwhile, the capacities have wide range. You can find your ideal concrete pumping facilities in Daswell.

Different types of concrete pumps in Daswell for your different projects

Generally speaking, there are two types of concrete pumpers for you to choose in Daswell. They are line pumps and boom pumps.

The line pump machine is more suitable for small scale construction projects. You can install it on a truck or trailer. This makes them easy to move around. They are perfect for residential jobs like foundations or driveways.They are also called stationary concrete pumps.

The boom pump is often used for large projects. They have a hydraulic arm and are mounted on a truck. They can reach up to 60 meters and pour concrete quickly. For your high-rise building, this machine will be a good choice.

It is alternative for you to choose the most suitable concrete pumping machines according to your project size and conditions. Daswell team can also provide suggestions for you.

Benefits of using a concrete pump machine for your projects

Improving the efficiency and productivity

With a concrete pumper equipment, you can place the concrete much faster than the manual methods. Manual methods are slow and can cause delays. The concrete pumping facility can work automatically and quickly. This speeds up your entire project. What;s more it also helps place concrete with precision. You can get a smooth finish. This reduces the need for extra labor to fix errors.

Reducing the labor needs

The traditional manual pouring method a lot of workers. This means high labor costs. Using Daswell concrete pumps for your construction project, you only need a few operators. This saves your labor significantly.

What’s more, using pumping machine, it will create a safer working site. This eliminate heavy lifting and repetitive tasks, lowering the risk of worker injuries.

Improving pouring effect

Manual pouring may create air pockets and weak spots. Using a concrete pumper machine, the pouring effects will be better. The pumps can ensure s uniform mix throughout your project. Besides, you can also reach difficult areas. Pumps pour concrete in tight spaces or complex structures. And there are also boom pump for high-rise building pouring.

Enhancing safety and reducing risk

Manual pouring is tiring. It may lead to fatigue and more accidents. The concrete pump machine eliminate the need for this hard labor. The workers do not need to handle loads manually. And your crew will be less tired and safer when working. Meanwhile, the accidents will be highly decreased. Because the pumping machine can deliver the concrete over long distance. It can avoid the risks of manual transportation across terrain. The working site will be much safer.

Improving site accessibility

You can place concrete in hard-to-reach spots. Whether for the high-rises or underground structures, Daswell concrete pumps can realize. And the pumps can also work in spaces with tight access. They are ideal near existing buildings or infrastructure.

Daswell concrete pump working sites

Related Products

Concrete Mixer Pump

Theoretical pumping capacity: 30-45m³/h
Power: Diesel engine / Electric motor

Trailer Concrete Pump

Maximum concrete output(m³/h): 30-90
Output pressure (MPa): 10-22

Concrete Boom Pump

Max. concrete output: 50/80 m³/h
Power Type: Diesel Engine

Main natural sources of calcium carbonate powder

Limestone: The limestone is sedimentary rock. It is the most common source.

Marble: It is metamorphic rock. It is often used in construction and sculpture.

Chalk: It is a soft, porous limestone formed from marine fossils.

Aragonite and calcite: They are different crystalline forms of CaCO3.

What is calcium carbonate powder used for?

Calcium carbonate is a fundamental material with diverse applications. Here you can learn some wide applications of the calcium carbonate powder.

Construction industry

It acts as a key filler in concrete formulations.

You can use it as a primary raw material for cement manufacturing.

It can be used as an effective coating agent for walls and ceilings.

Paper manufacturing

Using it as a coating and filling agent, it can enhance paper quality. It can improve critical paper characteristics: brightness and whiteness, opacity for better print contrast, surface smoothness for superior printability.

Plastics production

You can use it as a cost-effective filler material. It will enhance material properties by increasing structural strength, improving rigidity, and optimizing dimensional stability.

Agricultural uses

It is an effective soil amendment for neutralizing acidic soil, providing essential calcium to crops, and improving soil structure and nutrient availability.

Cosmetic formulations

It is a multi-functional ingredient, serving as a gentle abrasive in oral care products, a texture-enhancing filler in makeup, exfoliating agent in skincare preparations.

How to make calcium carbonate powder?

Generally, getting calcium carbonate powder, it requires fine powder grinding process. Daswell provides a full set of calcium carbonate powder mill grinding line for you. Here you can learn the processes of turn calcium carbonate into powdery products.

Raw materials preparation

High-quality calcium carbonate powder production begins with careful raw material selection and processing. It is key to prepare the calcium carbonate material. The main processes are mining and selection, drying and crushing.

The raw materials are limestone, calcite, and marble. They are extracted from quarries. Then select and clean the raw materials for removing the impurities such as clay, sand, which will affect final product purity.

Drying the washed materials for preventing moisture-related issues in grinding.

Crushing the large rocks by using the jaw crusher. It is the primary crushing. After the jaw crushing process, large rocks will be reduced to coarse fragments. For better grinding, you can use the hammer crusher for secondary crushing. It can process the rock into an ideal size for grinding mill feeding.

Grinding

Grinding process is the most crucial process for turning calcium carbonate into powder. We recommend a ball mill grinding machine for you. It can produce fine powder. And it can accept materials, whose mosh are under 7. The ball mills are the most popular grinding equipment. After crushing, the materials will be stored in a silo. And there is a vibrating feed to feeding materials into ball mill machines.

The ball mill grinding equipment utilize rotating drum and grinding media to impact and crush the material. And it is applicable for you to control the finished particle sizes according to your requirements by adjust rotating speed, grinding time and media.

Classifying, re-grinding and collecting

The final process is collecting. We have dust collector for you to collect the finished powdery products with no air pollution. Whether for collecting powder or protecting environment, it is efficient. Besides, it is alternative for you to choose the air classifier for classifying the powders. You can also adjust the air classifier for setting the size of classified powders. It is applicable to return the oversized powder into ball mill grinding facility for re-grinding. This ensure no material waste.

Daswell excellent calcium carbonate powder production system can make sure high product uniformity, energy efficiency and minimal waste. For your industry which requires tailored powder specifications, you can adjust the mill machine setting, classifier setting, and the grinding media. Just contact Daswell, customizing your calcium carbonate powder processing plant solution.

What is the use of coated calcium carbonate powder?

The coated calcium carbonate powder is a modified form of standard calcium carbonate. The particles are surface-treated with stearic acid, silane, titanate, or other agents. By coating, it can improve compatibility, dispersibility, and performance in specific applications.

Plastic and polymers: You can use it as a filler and reinforcing agent. It can improve mechanical strength such as tensile, or impact resistance. And it also enhances heat stability and reduces shrinkage. Many customers use it for replacing more expensive resins, lowering the production costs. For PVC pipes, profiles, films, polypropylene(PP) and polyethylene(PE) production.

Rubber industry: It can be used as reinforcing filler for tires, seals and hoses. With coated calcium carbonate powder, it will increase abrasion resistance and improves tear strength and elasticity. Compared with carbon black, the coated calcium carbonate powder reduces cost.

Paints and coatings: It can be used as extender pigment and matting agent. Using it for paints and coatings, it will improve opacity and weather resistance. Meanwhile, it can enhance dispersion, preventing clumping. And it is helpful for adjusting the gloss levels. Whether for matte or semi-gloss finishes requirements, you can adjust it by using the coated calcium carbonate powders.

Paper industry: For paper industry, its main function is improving brightness, smoothness and printability. It also reduces wood pulp usages.

How to coat the calcium carbonate powder?

Daswell provides coating machines for you to coat the calcium carbonate powder. Here you can learn the detailed workflow.

Feeding

The bucket elevator transports GCC powder from the ball mill machine to a storage silo. And the measured GCC powder and stearic acid another coating agent are mixed in a screw mixer. Then the mixture will be pneumatically conveyed by a blower into the coating machine.

Coating process

Inside the coating machine, it utilizes high-speed vortex system for making thorough blending and pulverization. It can enable uniform coating of the calcium carbonate particles.

Classification and recycling

After the coating, the coated powder can be sent to the classifier by airflow. The particles will be precisely sized through the air classifier. The fine and properly coated GCC will proceeds to the product silo. There is a dust collector for collecting these powders well. And the oversized or insufficiently coated particles will be rejected. They can be recycled back into the coating machine for reprocessing.

Daswell provides full set of coated calcium carbonate powder production plant for you. From the crushing, grinding to coating, we can meet your needs. Meanwhile, there are various crushers, grinding mills, and coating machines for you to choose. We can also offer you quartz powder grinding plant and talc powder production line. These are popular among our customer, especially in Egypt.

If you have interests, please send inquiry to us. Our engineer can design for you according to your factory size and layout. Getting your own calcium carbonate powder grinding production plant now!

What are the advantages of ball mill grinding machine?

The ball mill grinding equipment can produce powders from coarse to ultra-fine particle sizes. And you can control the size simply. The fineness of the finished powder is better than ring roller type and Raymond mills. Meanwhile, as long as your materials mosh hardness is under 7, the ball mill machine is available for processing your materials into powders.

Versatile size reduction capacity

The ball milling facility can produce powders from 5 micron to 200 micron. Whether you need coarse powder or ultra-fine powder, the ball mill grinding machine can meet your needs. And Daswell utilizes PLC control system, so that you can adjust the rotating speed. The speed will influence the particle sizes. Compared with the ring roller mill machine and Raymond mill equipment, it is more suitable for grinding hard materials.

High operational efficiency

It can process large quantities. Daswell can customize ball mill grinding equipment according to your capacity. It is adaptable to both batch and continuous processing. Compared with the other two grinding mills, even though the production capacity is same, the ball mill machines cost less consumption.

Process control flexibility

With Daswell ball mill grinding facilities, you can adjust the rotation speed, milling time, ball-to-powder ratio, and temperature control. These factors will influence the milling effects. It is applicable for your different production requirements. Besides, the grinding media, mill lining materials, continuous or batch processing, and wet or dry grinding options are optional. You can send messages to our team, our technical engineers will customize for you according to your materials, required capacity, required sizes, etc.

Wide material compatibility

This ball mill equipment can be used for processing diverse materials. For instance, you can use it to process hard minerals, such as quartz, alumina, zirconia, talc, calcium carbonate, etc.

How does ball mill grinding machine process powders Efficiently?

Ball mill grinding facility mainly utilizes the grinding media for grinding the materials. Usually, the grinding media is steel or ceramic balls. These grinding media use the impact, attrition, and abrasion to reduce the particle size and blend materials uniformly. Here you can learn the processes in detail.

Loading the material

Feeding the raw material into the ball mill’s rotating drum with the grinding media. Generally, the drum is filled to about 30% to 50% of its volume with grinding media and 20% to 40% with materials. These allow proper movement and grinding action.

Rotation and grinding mechanism

The drum rotates around a horizontal axis at a controlled speed. When the drum rotates, the balls will be lifted to a certain height and then down, impacting and grinding the powder. The impact breaks the larger particles with high-energy collisions. The friction between particles and balls reduces particle size. Finally, the shear forces further refine the powder.

Particle size reduction

The repeated collisions and friction gradually reduce the particle size. As grinding continues, finer particles are produced. There are 4 factors that influence the final size.

• Grinding time: The longer the grinding time, the finer the powder.
• Ball size and material: The smaller the balls, the finer the powder.
• Rotational speed: The faster the rotating speed, the more the impact force.
• Material properties: The hardness, brittleness, and moisture content of the material, influences the grinding effects.

Discharge and collection

After sufficient grinding, the powder will be discharged through the screen or grate. It can separate powders from the grinding media. You can also equip an air classifier and the dust collectors. The air classifier can classify the powder sizes. And the dust collectors will collect the finished powder products for packing conveniently.

What raw materials are suitable for ball mill processing?

Ball mills are versatile grinding machines. They are capable of processing a wide range of raw materials into fine powders for various industrial applications. The most common materials include calcium carbonate-based compounds. The calcite, marble, limestone, and chalk are calcium carbonate-based compounds. These minerals are widely utilized in industries such as paper, plastics, paints, and construction.

Kaolin is also called china clay. It is a soft white clay. It is essential for ceramics, paper coating, and refractory products. Using a ball mill machine for making Kaolin powder, it can improve kaolin’s plasticity and brightness while reducing impurities. It is ideal for high-grade porcelain and sanitaryware production.

Dolomite is a carbonate mineral. It is another key material for ball mills. It is widely used in steelmaking, glass manufacturing, and soil conditioning. Ball milling enhances its reactivity and ensures uniform particle size. It is critical for metallurgical and agricultural applications.

Additionally, quartz is a hard and abrasive silica mineral. You can use ball mill machines for processing quartz powder for glass, ceramics, and engineered stone. During the ball mill grinding process, you can control the particle shape and size. These directly influence the product strength and clarity.

There are other processable materials, including feldspar, talc, gypsum, and bentonite. Each of them requires specific milling parameters to achieve the desired fineness and functional properties. Daswell has various mill plant solutions for your different materials processing.

Where can you use the ball mill grinding machine?

Ball mill grinding machines are versatile and you can use it for various industries. It can realize size reduction, mixing, homogenization, and mechanical alloying of the powders. Here you can learn some key applications of the ball mills in different fields.

Mining and metallurgy

Ore grinding: You can crush the ore and grind it into fine powder for further extraction.

Cement production: The ball mill machine can grind clinker, gypsum, and additives to produce cement.

Limestone and calcite processing: You can produce fine powders for fillers, coatings, and construction materials.

Ceramic and glass industry

Ceramic raw material grinding: It prepare alumina, silica, and clay for ceramic production.

Glaze and enamel preparation: It ensures smooth, homogeneous mixtures for coating applications.

Glass batch grinding: It can crush raw materials before melting.

Cosmetics

Cosmetic powders: With ball mill grinding machine, you can grind the mica, talc, and titanium dioxide finely for makeup products.

Chemical and pigment manufacturing

Dye and pigment dispersion: Using the ball milling machines for powder processing, it achieves uniform particle size for paints, inks, and coatings.

Catalyst preparation: By fine grinding, it can activate catalysts such as zeolites, metal oxides, etc.

Looking for suitable fine powder milling machines, Daswell ball mill machine can process your materials, whose mosh hardness is under 7. We can customize the ball mill plant solutions according to your production requirements. Besides, there are also crushing plants for you to prepare the materials for ball milling.

 And except for the ball mill machines, Daswell also offers you ring roller mill machines and Raymond milling equipment. Both of them can process materials into powder. But they accept different mosh hardness. And the grinding effects, feeding sizes are different as well.

If you have interests, just contact Daswell now. We will recommend the most suitable grinding machine and mill plant for your powder production business.

Especially, our concrete pump with mixer machines have good reputations in Indonesia and Philippines. And we also provide local service in these countries. If you are interested in the concrete pump mixer machines, just contact Daswell and send an inquiry. We can offer you high-quality concrete mixer pumps with professional service.

Daswell has two kinds of concrete mixer pumps for your different project requirements. According to your working site conditions, there are electric and diesel concrete mixer pumping equipment for you to choose. These two types of mixer pumps have distinct advantages and limitations.

The electric mixer pumps have gained popularity due to their low emissions, quieter operation, and reduced fuel expenses. They are ideal for urban construction and indoor projects. On the other hand, the diesel engine mixer pumps offer higher power output. And the independence from grid electricity makes them a better choice for remote job sites and large-scale projects.

Here you can learn more about their performance differences, operating costs, environmental impact and the best applications. It is helpful for you to know which type of concrete mixer pump is best for your projects.

Power and performance comparison

The electric concrete mixer pumps rely on grid electricity or generators to operate. Thus, in the areas, which have stable power supply, the electric mixer pumping machine will be high efficient. They typically have consistent power output. This ensures smooth concrete pumping without fluctuations.

But the biggest limitation of the electric mixer pump is the requirement of reliable power source. In some remote areas or developing countries with unstable electricity, it will be a limitation. While, you do not need to worry if you should work at these conditions. Daswell has diesel engine concrete mixer pumps for you.

The diesel powered mixer pumps are known for their raw power and mobility. They are ideal for your off-grid construction sites because of the independence on external electricity. For your mining operations or some infrastructure projects, you can use the diesel type mixer pumping machine.

Daswell diesel engines provide higher torque and pumping pressure. These makes them suitable for long-distance concrete pumping requirements. Moreover, they also perform better even though in cold weather. Because the diesel engines are less affected by temperature drops compared to the electric motors.

However, it is worth to mention that the diesel type pumps are louder. And they may produce exhaust emissions, and require frequent refueling. This will increase operational costs over time.

If you need quiet, emission-free operation in urban areas, you can choose electric type concrete mixer pump machines.

For your requirements on maximum power and mobility in remote locations, the diesel engine concrete mixing pump equipment will be better.

Fuel efficiency and operating costs

Generally, the electricity is cheaper than diesel fuel. Especially in regions with stable and affordable power, using electric concrete mixer pumping facility can lead to significant saving over time. Particularly, for your long-term projects, Daswell recommend the electric type pumps.

Additionally, choosing electric motor, there is no need for oil changes, fuel filters, or exhaust system repairs. The downtime will be decreased as well. But, if your site lacks grid power and you must use a generator, the cost will be higher.

Diesel engines consume more fuel, especially under heavy loads. There will be higher daily operating costs. And the fuel prices fluctuate, adding unpredictability to project budgets. Maintenance is also demanding. It is necessary for you to change oil, replace filter, and serve engine regularly. These can keep the pump running efficiently.

Despite these costs, the diesel engine concrete mixer pumping machines do not rely on the external power. This makes the diesel pump more versatile for unpredictable job sites.

Feature	Electric Concrete Mixer Pump	Diesel Concrete Mixer Pump
Power Source	Grid electricity or generator	Diesel engine (self-powered)
Operating Cost	Lower electricity costs (cheaper long-term) Higher cost if using a generator	Expensive fuel consumption Fuel price fluctuations increase budget uncertainty
Maintenance	Minimal maintenance (no oil/filters/exhaust repairs) Reduced downtime	Regular oil changes, filter replacements, and engine servicing Higher maintenance complexity
Efficiency	Stable power output, smooth operation	Higher torque for heavy loads/long-distance pumping
Environmental Impact	Zero emissions, quieter (ideal for urban/eco-sensitive areas)	Noise and exhaust emissions (may violate local regulations)
Versatility	Dependent on grid power/generator	Independent of external power (ideal for remote/unstable sites)
Best For	Long-term projects in powered areas	Remote, off-grid, or temporary sites with unpredictable power

If you have stable electricity, the electric motor concrete mixer pump machines are cheaper.

Diesel engine mixer pumps are more flexible but cost more in fuel and maintenance.

Environmental impact and noise levels

Electric mixer pumping machines produce zero on-site emissions. It is ideal for green construction projects and urban areas with strict pollution regulations. They are much quieter than the diesel type mixer pumping equipment, reducing moise complaints in residential or hospital zones.

Compared with the electric motor concrete pump with mixer machine, the diesel engine emits CO2, NOx, and particulate matter, contributing to air pollution. They are also louder, which can be disruptive in cities or noise-sensitive areas. Electric motor will be better for eco-conscious and urban projects.

How to choose the most suitable one for your projects, diesel concrete mixer pumps or electric concrete mixer pumping machine?

As a professional concrete pump manufacturer with rich experience, Daswell has many cases of concrete mixer pumps for different projects. Here you can learn their applications. And choose your ideal concrete mixer pumps for your own projects.

When to choose the electric mixer pump?

Daswell electric concrete mixer pumps excel in environments where noise reduction, emission control, and consistent power availability are paramount. You can use it for urban construction projects, including hospitals, schools, and residential complexes. Due to the quiet operation and zero on-site emissions, the electric mixer pumps are suitable for these applications.

Especially, these pumps are particularly advantageous for indoor applications such as warehouse construction, basement developments, and tunnel projects. For these areas, the diesel exhaust will pose ventilation challenges.

Additionally, for your long-term construction initiatives with access to stable grid power, the electric type pumping machine can maximize cost savings. Because it can reduce fuel expenses and lower maintenance than the diesel engine mixer pumps.

The combination of environmental compliance and operational efficiency makes electric mixer pump equipment the superior choice for modern, eco-conscious construction projects in developed areas.

When to choose the diesel mixer pump?

In some challenging work environments, where electrical infrastructure is unavailable or impractical, the diesel engine concrete pumping with mixer machine demonstrate unmatched versatility.

The remote job sites, including mining operations and rural infrastructure projects, rely on diesel pumps’ independence from grid power. And the large-scale civil engineering also requires the robust power output and extended pumping distances that diesel engines provide. For example, you can use it for bridge construction, dam building and highway development.

Besides, the diesel engine concrete mixer pump machine performs better than electric models in cold climate. Because the diesel engine pumping machine has superior cold-weather starting capabilities and consistent performance in freezing temperatures. Even though the diesel pumps require more frequent maintenance and produce higher emissions, they are demanding in many unpredictable working conditions.

In conclusion, choosing electric or diesel concrete mixer pump, mainly depends on your projects location, budget, and the environmental requirements. If you work in cities with strict emissions laws, requiring low noise and minimal maintenance with reliable electricity, the electric concrete pump is applicable. However, if you operate in remote or off-grid locations, requiring maximum power and pumping distance, the diesel concrete mixer pumps are more suitable for you.

What types of electric and diesel concrete pumps can Daswell provide?

As an experienced concrete machine supplier, Daswell has various concrete pumps for your different concrete pumping requirements. There are two kinds of concrete pumps, which are popular among our customers. And both of them have electric models and diesel models for your different project requirements.

Trailer Pump(Diesel Engine and Electric Power)

The trailer pumps are different from the mixer pumping machines. It only has storing functions and pumping function. The mixer pump equipment can mix, store and pump the concrete. Thus, the trailer type concrete pumps have larger capacity than the mixer pump machines. Similar with the concrete pump with mixer machine, Daswell provides both electric and diesel trailer pumping equipment for you. For your large scale concrete pumping, you can choose our concrete trailer pumps. Generally, you need a concrete mixer or ready-mix concrete for providing concrete.

Concrete Mixer Pump( Diesel Engine and Electric Power)

The concrete mixer pump combines mixing and pumping functions in one. It is popular among customers, who needs mix and pump simultaneously with small capacity. We have both diesel and electric concrete mixer pumps for you. You can select according to your working site conditions.

If you do not know which pumping machine or which power is applicable for you, you can contact Daswell.

We have professional team to provide recommendations for you. Except for the concrete pumps, there are also concrete mixing machines and batching plants for your different requirements.

Related Products

Concrete Mixer Pump

Combines mixing and pumping in one compact unit – ideal for cost-effective and efficient concrete work.

Concrete Trailer Pump

Maximum concrete output: 30-90m³/h
Output pressure (MPa): 10-22

What matters the mill grinding machine for quartz powder processing?

Material hardness and abrasiveness: The mosh hardness of quartz is 7. And it has high abrasive. Thus, it needs mills, which have high-impact grinding mechanisms. And the materials of the mill machine should be wear-resistant materials. For example, the ceramic liners and high-chrome steel balls are applicable.

Desired particle size and fineness: Generally, if you need 20-100 mesh, Daswell recommends you the jaw crusher or cone crushing machine. These machines are mainly used for crushing big quartz ore into small size. The grinding mill machine can process these crushed quartz into fine powder. The ball mill machine can produce finer powder than other milling equipment. Meanwhile, with an air classifier, it can separate the qualified powders and unqualified powders as your requirements.

Contamination control: The iron contamination from the grinding media affects quartz purity. It is critical for glass, electronics, etc. You had better use the ceramic-lined ball mills and alumina grinding media. Daswell can meet your needs.

Ball mill machine: the best choice for quartz powder grinding

Ball mill grinding machine is the most popular grinding equipment among our customers for calcium carbonate grinding, quartz powder producing, and talc powder processing. It can produce quartz powder, which is about 5 micron and 200 micron. Especially, for making finer powder quality, Daswell can provide air classifier for you. It can separate the powder size efficiently with high accuracy. And the unqualified powder can be returned into the ball mill machines until it is fine enough for meeting your needs.

How does ball mill grinding machine work?

The ball mill facility has a rotating cylinder. When it works, the rotating cylinder filled with steel or ceramic grinding media will move by the rotating cylinder. Because of the gravity, the grinding media, the balls, will fall down and crush the quartz into fine powders. It should be mentioned that the feeding size of quartz materials should under 40mm.

Why ball mills excel for silica sand?

High-impact grinding: It is effective for hard, abrasive materials like quartz.

Applicable for wet or dry processing: Using ball mills, it is applicable for you to operate with water to reduce dust and improve efficiency.

Adjustable fineness: You can control the grinding time, media size, and the rotational speed. By controlling these, the fineness of finished quartz powder is adjustable.

Low contamination: With the ceramic-lined mills and alumina grinding media, it can prevent iron contamination.

How does Daswell optimize the ball mill plant for quartz powder grinding?

Daswell Machinery is an experienced grinding mill plant supplier. And we keep improving our products for meeting customers’ needs. For maximizing working efficiency in silica sand production, Daswell optimizes our ball mill plant.

We utilize ceramic or high-chrome steel grinding media. It is helpful for reducing the iron contamination.

If you have strict requirements on the quartz powder fineness, we can offer you the air classifiers. Its main function is that it utilizes air flow and gravity for separating the qualified and unqualified powders. It is applicable for grinding the unqualified powders again until they are qualified. Meanwhile, equipping with the dust collector, it is also helpful for reducing the environmental pollution.

Both the ball mill equipment and air classifiers are adjustable. You can set according to your equipment. The fineness of finished products from ball mill grinding machine and the particle size classification can be controlled easily.

If your quartz materials are big size, which is not suitable for ball mill, Daswell can offer you crushers for reducing the size of quartz. There are jaw crusher, cone crusher and hammer crushing machines for sale. All of them are applicable for crushing quartz.

Is it suitable to use Raymond mill and ring roller mill for quartz powder grinding?

Dawell Raymond mill machines and the ring roller grinding mills are widely used in the powder grinding market. For your quartz powder processing plant, you can choose the ball mill and Raymond mills. Ring roller mill equipment is not recommended by Daswell for your quartz powder grinding. Here you can learn these three machines better for your quartz powder production business.

Ball mill machines can produce finer powders than the Raymond and ring roller mill equipment. It can produce D97, 5-200 microns silica powders. It can process materials, whose mosh hardness is under 7. According to your capacity and finished particle sizes, we can customize for you. Just send an inquiry to Daswell now. Get you own quartz powder ball milling plant solutions.

Raymond mill machines is also applicable for you to process the quartz powder. Similar with the ball mill machines, it can accept materials, whose mosh hardness is under 7. And its power consumption is lower than the ball mill grinding facility. But it is worth to mention that, its finished powder will be coarser than the ball mill. If you want to produce silica powder, whose size is about 40 to 180 micron, the Raymond mill will be suitable. Meanwhile, its passing rate can achieve 99%. It is the highest among these three mills.

As for the ring roller mill machine, it is not suitable for quartz powder production plant. The mosh hardness of the quartz is 7. While the ring roller mill grinding equipment can only process the materials, whose mosh hardness is under 5. The quartz is too hard to process for the ring roller mills. But if you need calcium carbonate powder or talc powder, it is available.

In conclusion, the ball mill grinding machine is the most suitable equipment for you to produce fine quartz powder. It is available for you to customize your ball mill plant in Daswell. Whether for the particle size or production capacity, Daswell Machinery can meet your needs. We will provide professional quartz powder ball mill plant solution for you. Besides, if you want to use the mill plant for processing other materials, just contact Daswell. There are technical engineers to evaluate the materials and mill plant. Daswell has various mill grinding machines for you to choose, we can offer you suitable equipment configurations.

Related Products

Jaw Crusher

Capacity(tph): 1-1100
Overall dimension(mm): 4800*3200*4200

Cone Crusher

Capacity(tph): 5-530
Overall Dimension(mm): 2983x1866x3156

Hammer Crusher

Capacity(t/h): 5-50
Power(kw): 11-55

Ball Mill

Production capacity: 1-500,000 tons/year
Raw materials: calcium carbonate (calcite, marble, limestone, chalk), etc.

Raymond Mill

Max feeding size: 20-30mm
Discharging size: 45-180μm