Although pugmills are sometimes overshadowed by crushers, conveyors, or batching plants, they serve a unique role. By continuously mixing aggregates, tailings, binders, and moisture, pugmills transform raw inputs into safe, stable, and usable products at scale. Without them, tasks like mine backfilling, road base stabilisation, or recycled asphalt processing would be slower, less consistent, and more costly.

If you would like to explore options for a twin shaft concrete mixer or other professionally engineered equipment, give us a call on 07 3879 3288 or get in touch via our online form.

What is a Pugmill?

A pugmill is a continuous mixing machine designed to combine materials into a uniform mixture. When asking what is a pugmill, it can be described as a chamber with two counter-rotating shafts fitted with paddles or blades. These paddles knead, fold, and blend inputs such as aggregates, water, cement, or chemical additives into a consistent product.

Unlike batch mixers, pugmills are built for continuous operation. They accept a steady feed of raw material and discharge mixed material at the same rate, enabling large-scale processing with efficiency and minimal downtime.

What Does a Pugmill Do?

At its core, what does a pugmill do is straightforward: it mixes. But in practice, the role is more complex. Mining and quarrying operations often deal with challenging feedstocks that can be difficult to manage, such as fine tailings, clay-rich ores, or variable aggregates. A pugmill blends these with binders or stabilisers to create a predictable, manageable output.

In mining, a pugmill can mix tailings with cement to produce paste backfill. This material is pumped underground to stabilise voids, improving both safety and operational continuity. In quarrying, the machine might add controlled moisture to aggregates to prepare them for compaction in road base applications.

What is a Pug Mill Used For?

The answer to what is a pug mill used for varies, but applications include:

• Mining: Mixing tailings with binding agents for paste backfill, reducing environmental risks and supporting underground mine stability.
• Quarrying: Creating moisture-conditioning aggregates for road construction and mixing aggregates with bitumen or precoating agents for asphalt.
• Concrete and Civil Construction: Producing roller compacted concrete (RCC), cement-treated base (CTB), or foam bitumen stabilised blends.
• Recycling: Processing reclaimed asphalt pavement (RAP) by combining it with rejuvenators and binders for reuse in roads.

What is a Pugmill and Why Do They Matter?

Answering what is a pugmill is not just about its design. Its true value lies in the outcomes it enables, as consistency in material properties is critical for performance and safety. In mining, paste backfill prevents ground collapse, protecting both workers and equipment. In road construction, uniformly blended aggregates lead to longer-lasting pavements.

Pugmills also support efficiency. Their continuous operation allows them to keep pace with demanding schedules, processing hundreds of tonnes per hour depending on configuration. Designed to handle sticky clays, abrasive aggregates, or fine powders, they provide versatility across multiple sectors.

Environmental performance adds another dimension. By stabilising waste such as mine tailings or reclaimed asphalt, pugmills reduce disposal burdens. Instead of treating by-products as liabilities, they transform them into usable, specification-compliant materials.

Ready to Discover What Does a Pugmill Do?

So, what is a pug mill used for? In simple terms, it mixes. In practice, it transforms variable and sometimes problematic inputs into stable, reliable outputs that drive safety, compliance, and productivity. Whether blending mine tailings for backfill, conditioning quarry aggregates, or preparing recycled materials for reuse, pugmills remain a cornerstone of modern resource processing.

For more information or to discuss equipment solutions, contact our team on 07 3879 3288 or through our online form to get started with the industry-leading mining equipment manufacturers here at CMQ Engineering.

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This answers the question of what does a concrete batcher do, as they are large pieces of machinery used to combine ingredients to create concrete. These materials typically include gravel, water, sand, rocks, cement, lime, and fly ash. They are customisable to suit one’s individual needs, ensuring they can satisfy every purpose. Best of all, they can be used on-site, making it easy to source fresh concrete without needing to travel and pause your operations.

If you’re searching for a concrete plant for sale, contact us on 07 3879 3288 or reach out through our online form to make a purchasing enquiry.

What is a Concrete Batching Plant and Why Are They Important?

Now we’ve answered the question of what is a concrete batcher, it’s time to find out why they are so important. As stated above, concrete batching plants are used to create concrete on-site, reducing the need for workers to travel to and from the site to source fresh concrete. This greatly reduces the time needed to complete projects, as less time is wasted gathering concrete, and more time is spent putting these materials to good use.

While this is the core purpose of what does a concrete batcher do, their benefits reach far and wide. Concrete is a vital component of countless industries, such as construction, mining, and quarrying, making concrete batching plants a highly sought after and invaluable piece of equipment. They keep operations moving, ensuring progress keeps heading in the right direction so work can be completed on time and new projects can begin as soon as possible.

What is a Concrete Batching Plant and What Are Its Components?

To fully understand what is a concrete batcher, one needs to know what it consists of. While concrete batching plants are customisable based on the requirements of the owner, they all feature a few select parts that are vital for them to operate effectively. These include:

• Aggregate bins – These two bins are located side by side and hold sand and gravel before they are mixed together.
• Weigh hoppers – This device measures the sand and gravel before it is placed in the mixer, ensuring the right amount is used.
• Aggregate weigh conveyor – This conveyor moves the aggregates from the bins to the mixer, reducing the need for manual labour.
• Mixing unit – Once the right amount of aggregate has been weighed, it is placed in this mixing unit where it is mixed with water and other materials to create concrete.
• Cement silo – This is where the mixed concrete is held and dried before it is used.
• Control panel – To ensure concrete batching plants are used properly and effectively, they each feature a control panel for operators to use.

What is a Concrete Batching Plant? Find Out for Yourself Today!

At CMQ Engineering, we are the mining equipment manufacturers dedicated to supporting the industry through high-quality equipment and exceptional service. Whether you need a concrete batching plant or are in the market for another piece of equipment, make an enquiry through our online form or call us on 07 3879 3288 to speak to our friendly team.

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If you are in need of mining conveyor manufacturers, get in touch with our team by calling 07 3879 3288 or fill out our online form for any purchasing enquiries.

Different Types of Conveyors in Mining

There are two important features when it comes to discussing the types of conveyors in mining, with those being the style of conveyor belt and the function of the conveyor itself. We have compiled a list that highlights both the belts and types of conveyors.

Flat Belts

Flat belt systems are one of the most common types of conveyors and are ideal for mining and quarrying operations, designed for bulk handling with a high through put capacity. They are often used to transport aggregate and waste from mining operations. These can be wet, dry, abrasive, sticky, or sludge type materials.

Trough Belts

As the name suggests, trough belts feature a trough to hold the materials in. They are popular conveyors in mining as they are used to transport materials like ores, coals, and minerals, including over long distances and across rough terrain. The trough depth can be adjusted and made deeper, allowing them to carry more material.

Pipe Belts

Pipe belts feature an enclosed pipe and are used to transport ores, coal, and minerals over long distance like trough conveyors. The key advantages of pipe conveyors include being able to be used in tight spaces, navigate sharp turns, handle steep inclines, and reduce the dust and spillage during transportation.

Overland Conveyors

These conveyor systems, usually featuring troughs or pipes, are set up over long distance to be a cost-effective alternative to trucks. They can move more material per hour than one truck and expend less energy and labour in the process. Overland conveyors are beneficial on site as they have little to no emissions, make less noise than trucks, and don’t create dust clouds.

Stacker Conveyors

This conveyor is used when stockpiling aggregates onsite and is a popular choice for quarry conveyors. Being a more efficient choice than wheel loaders, stacked conveyors reduce the amount of dust created and the damage to aggregates in transportation. They usually feature a flat belt and on average move 1,200 tonnes of aggregate per hour.

Mobile Conveyors

Mobile conveyors can be many different types of conveyors, with a common one being the grasshopper conveyor. These mobile conveyors range in size anywhere from 10 meters to over 40 meters and are widely used to move aggregates and ores to larger conveyor systems, eliminating the need for expensive loaders while increasing productivity.

Work With a Leading Supplier of Quarry Conveyors

At CMQ Engineering, we are leading quarrying and mining equipment suppliers and provide a wide range of equipment designed for the concrete, quarry, mining, and engineering industries. Reach out to our team on 07 3879 3288 or fill out the online form for purchasing enquiries.

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If you need a concrete reclaimer to help make your site more sustainable, choose the team here at CMQ Engineering. Contact us on 07 3879 3288 or get in touch via the online form for any enquiries.

The Process of Concrete Reclamation

When a concrete building is demolished, the rubble is collected to be recycled. By following this process, the concrete is given a new life and can help industries to become more sustainable in the future.

Recycled Concrete Aggregate

When the rubble is collected, it can be recycled into gravel and what is known as recycled concrete aggregate (RCA). RCA is produced in recycling plants, like those used for other natural crushed aggregate production. The processing usually involves two phases of crushing, the first with jaw crushers, and the second with impact crushers. This crushing allows for the removal of any reinforcement that may have been in the concrete. After the crushing process, all remaining reinforcement is removed using electromagnets.

To align with guidelines and laws surrounding RCA, all types of contaminants and building waste, such as dirt and plaster, must be carefully removed. This is done by using water cleaning or air sifting. This concrete reclamation into aggregate is environmentally beneficial, as it reduces waste products and saves room in landfills. But what can RCA be used for?

Uses of Recycled Concrete and RCA

Concrete reclamation has many commercial uses throughout the construction and mining industries, with the main ones being:

Road Base

Recycled concrete can be used as an aggregate for road bases. Untreated aggregate and gravel are perfect for use as the underlayer that provides the structural foundation for roadway pavement.

Construction Foundations

When creating a new foundation, it is essential to level and compact the ground. Slab fill or crusher dust made from recycled concrete is one of the best and most sustainable ways to create this foundation.

Soil Stabilisation

RCA is commonly used to stabilise wet or soft soils and help eliminate any movement issues that may occur. This also helps to improve the load bearing properties of the soil, perfect for mine sites with heavy machinery.

Pipe Bedding

Recycled concrete can serve as a stable bedding and foundation when laying underground utilities, like pipes. They also have impressive drainage qualities, but all material should be tested to make sure there is no contamination or pH issues.

Aggregate for New Concrete

Depending on the class of the RCA you have, it can be used to replace natural aggregate in structural concrete. It can be used to replace up to 30% of natural virgin aggregate while still maintaining structural integrity.

Choose a Sustainable Partner

As we work towards a more sustainable future in the construction, mining, and quarrying industries, it is important to work with mining equipment suppliers who place a focus on sustainability. At CMQ Engineering, we are at the forefront of innovation and are committed to sustainability and progress.

No matter if it is concrete recycling, mobile concrete, or mining equipment, we are here to support you. Reach out today on 07 3879 3288 or get in touch via the online form for any enquiries.

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For high quality industrial mining equipment and quarry equipment work with CMQ Engineering. To get started reach out to us on 07 3879 3288 or get in touch via the online form for purchasing enquiries.

What to Consider When Choosing a Mining and Quarrying Machinery and Equipment Supplier

Investing in mining and quarrying machinery and equipment is a big choice for your company, and choosing the wrong supplier can make you worse off. That is why you need to know what considerations to make when settling on a supplier.

Reputation and Experience

When choosing an equipment supplier, you want a company with a strong track record and who understands the industry. The reputation of a company can be proven through customer reviews and testimonials. Industry experience can be seen through previous projects that they have worked on or provided machinery for. A reliable supplier will most likely have more experience and industry knowledge than yourself, which is a positive.

Product Quality and Range

Choosing a supplier who has a large product range is essential if you have plans to grow your company and fleet. With a larger range on offer, some suppliers decline in the quality of machinery and take the quantity over quality route. Finding the balance point here will be essential. Once you find a supplier who can support your goals, stick with them, and build a strong relationship.

Safety Compliance

Another thing you will want to keep at the forefront is ensuring your choice adheres to any relevant safety regulations that apply to the machinery. The mining and quarry industries have some of the most stringent safety rules which must be met before a machine can be operated. If your supplier isn’t up to code, you will have to spend more time and money to get the machine operational.

Competitive Pricing

While machinery is an investment into capital goods that allow you to work, they are still expensive. Finding a supplier who have high quality machines and competitive pricing is exactly what you are after. Most suppliers will provide free quotes when looking at machinery so you can compare the cost to determine the best supplier for your business.

After Sale Service

Any machinery comes with inherent risk of broken parts, break downs and more. You will want to identify a suppliers service network, which includes the availability of parts for the machine, and technical support. If you choose a local supplier, they may even provide on-site servicing and training for the machines, saving you both time and money.

Work With the Best Supplier Today!

CMQ Engineering is a trusted supplier of mining and quarrying machinery and equipment throughout Australia. As a mining engineering company, we are committed to providing a wide range of high-quality machinery and equipment fit for all mining needs. To get started reach out to us on 07 3879 3288 or get in touch via the online form for purchasing enquiries.

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CMQ Engineering are mining equipment manufacturers, serving many of the great mining firms across Australia and around the world. We specialise in custom engineered and fabricated equipment that help mining operations achieve peak performance. We are based in Queensland and are capable of Australia wide shipping. Contact us today on 07 3879 3288 and let’s discuss what we can do for you. Alternatively, reach out via our online form for ordering information.

The Different Types of Mining Equipment

Earthmovers

A big part of mining is moving earth – lots of earth. Excavators, bulldozers, loaders, and other heavy machinery of this kind are a common site at any mining project. You will see these pushing around dirt and rock, as well as lifting and loading ore and coal into trucks. Graders can be found at the more remotely located mines, being used to create the access roads, and to maintain those roads after their constant and heavy use.

Drills

Mining drills come in many different shapes and sizes, from small hand drills all the way up to jumbo drills. Blasthole drills are used in drill and blast mining to create holes in rock where explosives can be inserted and blasted, creating small pieces of rock that can be easily excavated and processed. Jumbo drills, like the name implies, are huge drills capable of creating tunnel sized holes that are used as mine shafts. Small hand drills are used for gathering ore samples or for other small-scale application that require a more surgical approach to drilling.

Trucks

Hauling ore and rock from the excavation site to the processing location is commonly done by truck. But these are no ordinary trucks. A mining truck looks like a conventional dump trunk that has been massively scaled up. These trucks are big, often the size of a small building and with tires that are twice the height of the driver. Despite the large size, mining trucks are fast and surprisingly nimble, allowing for the quick transport of materials. Larger mines will have a fleet of these trucks in constant rotation, going to and from the excavation location with load after load, around the clock.

Conveyor Belts

As one of the essential types of mining equipment, conveyor belts create a continuous flow of bulk material. They can be seen moving coal or ore from the excavation site, above rough terrain or up impassable slopes, to processing locations. Concrete conveyor belt systems are utilised in the production of concrete for use in cut and fill mining. Conveyor belts, in many ways, lead to a more productive and efficient mine.

Concrete Production Machines

It is difficult to build in the often tight spaces of a subterranean mine. But support structures are necessary for structural integrity of mining tunnels and shafts. Mixed concrete is the solution. It can be pumped unground in slurry form, sprayed on tunnel walls, and easily formed into supports by skilled workers. The use of concrete in mining revolutionised the industry, and today you will find concrete batching plants in use at mining sites around the world.

Material Handling

This is a catchall phrase for the machines and types of mining equipment used to move and store large amounts of bulk materials. Mining material handling equipment includes conveyor belts, crushers, sifters, screeners, storage silos, and more. All of these are used to move, store, control and protect the valuable materials extracted from and used in mining. Effective material handling is essential for maximising mining efficiency, as well as for maximising profit.

Learn More About CMQ Engineering!

For concrete, agriculture, quarry and mining engineering equipment, contact our team today. We proudly work with mining firms across Australia, and we are ready to work with you. Contact us today to get started – call us on 07 3879 3288, or get in touch through our online form with questions or for purchasing information.

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At CMQ Engineering, we are an international leading mining equipment suppliers, providing quality and innovative equipment. We work with global mining firms to help them achieve peak operational performance, and we want to do the same for you. Contact our team today by calling 07 3879 3288, or get in touch via our online form with questions or for purchasing information.

What Is a Cement Silo? Uses in the Mining industry

Concrete silos are integral to the mining industry. They are used to store materials from cement to coal, and capture and store the byproducts from the mining process. They are constructed to make the mining process more efficient, providing many benefits and advantages.

Benefits

Concrete silos are used on site to optimise the efficiency of a mining operation and increase safety. They can store large quantities of material, with easy access filling and emptying, allowing high-volume material storage without frequent refilling. Concrete silos help mines reduce material loss as they are sealed air and watertight to prevent moisture spoiling or degrading materials. They help mines stay organised, storing the materials vertically frees up space on the ground for a safer and more organised site. Finally, they are durable enough to handle the harsh conditions experienced on mine sites, providing a robust and safe storage solution.

Design, Construction, and Maintenance

The design of cement silos directly correlates to the above benefits and must be done right when being used on mining sites. Silos should be constructed with high-strength materials and reinforced by concrete to withstand rugged conditions. They need to be engineered to stay air and watertight, while still having mechanisms that make filling and emptying easy. Once built, maintenance is essential to prolong the lifespan of the silos. They will require regular checks for structural wear, blockages, and proper ventilation.

What Are Concrete Silos Used For? Other Industry Applications

Now that we have answered what is a cement silo, and what are concrete silos used for in mining we can explore how other crucial industries rely on concrete silos to store materials on-site for convenient use and maintenance.

Agriculture

Concrete silos are used in the agriculture industry to provide weather-resistant storage for harvested crops. They can also be used to store feed and other byproducts of agriculture operations.

Construction

Silos are an essential part of construction projects because they store cement, a vital material used in construction. The airtight structure prevents the moisture from getting into the cement and helps maintain its integrity.

Energy Production

Concrete silos are used to store coal and fly ash, a byproduct of coal combustion, as they provide good insulation and resist corrosion well. They prevent the coal dust from spreading and polluting. It can also help reduce the coal quality degradation caused by heat loss due to rain and fog.

The Leaders in Mining Innovation

CMQ Engineering are on the forefront of innovation in mining, concrete, agriculture, and quarrying. We strive to develop the best technologies and fabrication methods for the equipment that powers mining firms around the world. Benefit from our experience by working with the expert silo suppliers. Get in touch with us today by calling on 07 3879 3288 or contact us through our online form with questions or for purchasing information.

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CMQ Engineering are specialised quarry, concrete and mining equipment suppliers. Our extensive knowledge, combined with our impressive manufacturing capabilities has led to us being the first call for industrial equipment in use by top firms across Australia and around the world. Contact us today to learn more by calling 07 3879 3288 or get in touch via our online form for ordering information.

What is Materials Handling?

This refers to the movement and storage of material. It’s a very broad idea and covers many kinds of material, from raw materials used in manufacturing to the ore extracted from the Earth in mining.

Material Handling in Concrete Production

The concept of material handing in concrete production is very important. The cement, filler and aggregate are expensive, and old cement can become stale, making the control and management of these resources very important. The success with which this is done can have a large impact on the profitability of a concrete operation. Cement and aggregate must be moved and stored in ways that allow for efficient and timely delivery to where they are needed.

Timeliness is key – otherwise concrete starts curing, and trucks go idle waiting for the next batch. This is done with the effective use of conveyor systems to and from cement storage silos. When you consider what is material handling equipment used for in concrete production, this is a big part of the answer.

What are Material Handling Systems?

When we speak of systems in material handling, we are talking about the machines and equipment used to move and store material. These can include conveyors, automated or guided vehicles, robots, picking and packing machines, forklifts, silos, bins and the list goes on and on. Another question to ask is what are material handling systems used for? They are used to improve productivity and reduce labour coasts. They also increase safety and streamline various operations in different industries. The importance of material handling is difficult to overstate.

Efficient Material Handling

Efficient material handling is crucial in business for several reasons. It greatly improves productivity by optimising the use of resources in a timely manner. When materials are effectively managed there is little down time while waiting for resources to move to where they need to be – the efficiency of the system means the materials will already be there. In a quality material handling system, there will be little waste and storage space will be used in the best way possible. This leads to lower operational costs and a direct benefit to the bottom line.

The movement of material can be dangerous, and these dangers are mitigated through careful material handling. A well-designed and well-maintained material handling system uses the right equipment for the task, and in the most efficient manner. All potential hazards are addressed to ensure the equipment and handling practices are in line with regulations. All this improves safety.

What is Materials Handling from CMQ Engineering?

CMQ Engineering is a leading international material handling equipment supplier and our machines are used by many top concrete, agriculture and quarrying firms. We also provide material handling equipment used in the manufacturing of insulation. Some of our flagship material handling products include a bucket elevator featuring a radial conveyor, a screw conveyor for the movement of cement, and a screw conveyor system that feeds powdered material to a planetary mixer. All our equipment is made to order and customised to your specifications. Our engineers will work with you to provide a material handling solution for your exact needs.

Contact Us Today to Get Started

When it comes to questions like ‘what is materials handling?’, CMQ Engineering has the answers. We have the knowledge and expertise that come from years of experience, and we are ready to put our skills to work for you. Call us on 07 3879 3288 or contact us online with any questions or to discuss ordering information.

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CMQ Engineering are the concrete, quarry and mining equipment suppliers transforming industries around the world with equipment built to last and made to perform in the toughest conditions. Contact us today to learn more by calling 07 3879 3288 or get in touch via the online form for ordering information.

Material Handling in Mining – An Overview

Preparations

Before the commencement of operations at a new dig, the site must be properly setup. This is a complex job involving significant planning, compliance issues and resource management.  A big part of all the preparation work consists of establishing the infrastructure – support structures must be built, and for remote mining sites, dormitories need to be prepared. Roads also need to be made that can handle the heavy traffic of ore haulers that travel around the site. Material handling in mining starts here with the storage and use of materials used to make and maintain access roads and foundations for facilities. Without modern infrastructure mining would be unnecessarily dangerous and highly inefficient.

Extraction

Once the mining site has been setup, that actual work of extraction can begin with heavy machines such as drills, excavators and loaders. The process of extraction consists of the physical removal of material from the earth and the initial separation of the material of value from waste materials. These are the early steps in the chain of material handling in mining, the success of which depends on effective material extraction.

Movement of Materials

After the ore has been extracted, it needs to be transported. Mining material handling equipment used for the movement of ore can take different forms, including rail systems and even slurry pipelines. Trucks and conveyors are the most common, with trucks often being used when the ore processing facilities are located far from the mining site, and a mining conveyor belt system for shorter distances. When selecting the best system for the movement of mined materials, important considerations include distance, terrain and the volume of ore. The efficient movement of materials is key for maintaining a high level of productivity and profitability.

Control and Storage of Materials

The materials acquired in mining can be simple commodities used in everyday life, including copper for wiring, iron for construction and rare earth metals for semiconductor manufacturing. There are also mines for precious metals and gems. All these mined materials have market values – this is where the importance of proper control and storage of material comes in.

Tracking and monitoring through inventory management systems and the use of real-time data analytics help to achieve a high level of control – modern mining is high-tech and there has been a lot of investment and innovation in monitoring mined materials. When dealing with high value minded goods, safe storage becomes extremely important. CMQ Engineering are silo manufactures that produce high quality, protective silos for the storage of bulk materials. Effective storage is vital for optimal mining performance.

For the Best in Industrial Equipment

CMQ Engineering are the leading material handling equipment supplier for mining firms across Australia and around the world. Designed for durability and reliability, all CMQ mining plants and mining material handling equipment are made to perform in the toughest conditions. We also offer unmatched customer support – our team of engineers and customer service representatives are available for consultation and to ensure you receive any guidance or needed assistance. Contact us today to learn more by calling 07 3879 3288 or get in touch via the online form for ordering information.

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When considering quarrying vs mining, it is important to note that they are two different industries, each generating separate resources while employing thousands of jobs. Both play a vital role in supporting the economy and achieve this through access to specialised machinery purposely built for these operations, such as the ones here at CMQ Engineering.

As highly regarded mineral processing equipment manufacturers, we’re here for all your custom machinery needs. Give us a call on 07 3879 3288 or reach out through our contact form to get started.

What is Quarrying?

If you’ve found yourself wondering what is quarrying, then allow us to explain. Quarrying is the open-pit excavation of stone, gravel, sand, and other materials that are gathered from the surface of the earth. When comparing quarrying vs mining, quarries are usually shallower than mines, taking place near the surface rather than deep into the earth.

When discussing what is the difference between quarrying and mining, it is important to consider what each operation’s resources are used for. What is quarrying responsible for? Roads, houses, schools, and hospitals are only some of the structures that are built using the aggregate materials gained through quarrying.

What is Mining?

A key difference in the quarrying vs mining debate is that mining often takes place deeper into the earth, with operations typically being more extensive. This is so valuable materials and substances such as minerals, metals, and coals can be plundered, as they reside far deeper than the average quarrying operation can reach.

Another factor when considering what is the difference between quarrying and mining is that mines often feature hazardous tunnels and shafts that must be created and navigated using specialised equipment. The materials gained from mining are used in construction, manufacturing, and the production of fuel and energy.

Quarrying vs Mining: The Final Word

In the end, both quarrying and mining both serve similar purposes to help support infrastructure and the economy. There are still things to consider when examining what is the difference between quarrying and mining, such as the size of the site and the materials needed to be extracted. Countless industries rely on these operations and the resources they produce, while both require reliable heavy machinery and equipment to deliver the best results.

At CMQ Engineering, we specialise in the drafting, construction, and installation of this equipment, and custom design our machinery to support your exact needs. We support the mining, quarrying, and concreting sectors, and are backed by decades of industry knowledge and experience. Whether you require our engineering services or would like to learn more about what is quarrying and if it is right for your operations, reach out to our friendly team.

Contact Us Today!

Here at CMQ Engineering, we don’t concern ourselves with what is the difference between quarrying and mining as we supply both industries with high-quality, customisable industrial mining equipment. As innovators in our industry, we are constantly evolving how we design and create machinery to provide you with cutting-edge products and services. If you have any purchasing enquiries, please access our contact form, or give us a call on 07 3879 3288.

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