All About Ready Mix Concrete

RMC or ready mix concrete is a concrete, a mixture of fine sand, water, Portland cement, and coarse aggregates. It is manufactured in the cement factory or batched plant instead of mixing at the construction site. A specific proportion of the material is required to prepare this mixture. Once the mixture is ready, it transported in the transit mixer to the worksite. A cylindrical truck which is known as cement mixer is used to carry the concrete mixture.

The ready-mix concrete prepared is durable and sustainable. It is eco-friendly as it is prepared in a close chamber that reduces noise and air pollution. Further, a durable structure is obtained as it increases the service life. In this article, we will discuss various types of ready mix concrete and its advantage as well as disadvantage.

Concrete Batching Plant ATP 45 and ATP 60

Types of ready-mix concrete

There are three types of RMC, that is made depending on the various material used during mixing.

  • Transit mixed concrete
  • Shrink mixed concrete
  • Central mixed concrete
  1. Transit mixed concrete

Transit mixed is also known as truck mixed concrete where materials are batched at a central plant and then mixed thoroughly in the truck during transit. It separates water from the cement and aggregate, and then the mixture is finally mixed at the site. The mixing of concrete at the site avoids the problem of premature hardening and slump loss that results in a delay in transportation. One significant disadvantage of transit mixed concrete is that the capacity of the truck is smaller.

  1. Shrink-mixed concrete

Shrink mixed concrete or ready-mix concrete enhances the load capacity of the truck where concrete is partially mixed at the plant to reduce the volume of the mixture. The balance mixing is completed in the truck during the transit or at the worksite.

  1. Central-mixed concrete

It is also known as the central batching plant where the mixture is properly mixed before loading into the truck mixer. It is also known as wet batch plants or pre-mix plants. The advantages of a wet batch plant are of better quality and consistency.

Advantages of ready-mix concrete

Till now we have read types and what RMC is, here we will discuss about the advantages of it.

  • The concrete produced is of better quality as it made of specific proportion and advanced equipment is used.
  • Storage of material at the construction site is not required.
  • Reduces labor cost
  • Reduces air and noise pollution at the site
  • Environment friendly
  • RMC avoids delay and construction work is completed on time
  • Wastage of material at the worksite is avoided.
  • The practice of proper mixing of the cement will reduce the consumption of the cement
  • Ready-mix concrete saves the use of cement as bulk concrete is used instead of cement bags
  • The concrete is delivered on time at the worksite whether the quantity is large or small

Ready-mix Concrete – Limitations

  • It requires a large amount to be invested initially
  • RMC is not suitable for a small project
  • To avoid interruption in work effective transportation system is required that will carry the mixture from the plant area to the job site.
  • As the truck reaches should be ready at the site to start working immediately to avoid slumps in the mixture.
  • The mixture must be used within the time frame that is 210 minutes from the transit of the plant. In case if the vehicle is stuck in traffic or some other problem has arisen then it would create a problem.

All About Ready Mix Concrete

Concrete Pipe Making Machine – History, Evolution & Rising Demand In Developing Countries

The production of pipes as well as underground channels goes centuries back and is essentially the basis for civil engineering.

The Romans created concrete and cement, like the ones being used nowadays. They combined calcium hydroxide and pozzolanic volcanic ash to generate portland cement, solidifying underwater and didn’t weaken when exposed to water.

Some of these pipelines and conduits built with this concrete are still being utilized.

The earliest record of modernized concrete pipe fitting is the sanitary sewer made in Mohawk, New York State, USA, in 1842. It stayed operational for more than 100 years.

In 1896, the French first integrated steel fortification in a solid pipe (otherwise called the Monier patent).

In 1905, the idea was introduced to America and Australia in 1910. From that point, more than 300,000km of reinforced concrete pipe has been used in Australia and New Zealand in the areas of drainage, road channel, and sewage system.

A lot of these pipes are still operational and testify to the durability of the Hume concrete pipe.

Worldwide Demand for Concrete Pipe Production Machine

The current technological advancement in the concrete machinery industry is part of the basis for the construction industry development, which is one of the prominent sectors in the international market.

The industries that require concrete pipes and contribute to increasing the demand for these pipes are mostly infrastructure projects.

Despite the reduction in construction from 2009 to 2014, there is again an upward trend in concrete pipes demand, thereby increasing the need for concrete pipe making machines.

Concrete Pipe Making Machine

Rising Demand of Pipe Making Machine Globally

There are many construction works going on every day, and contracts for additional construction are closed almost daily.

The construction of a new building encompasses forethought, design, financing, and lastly, implementation. Given that concrete is the most popularly used construction material globally, which makes it no surprise that it can be seen at a site.

Concrete pipe machinery helps to meet construction companies’ piping requirements. On almost all building sites, many pipes are needed for sewage purposes. Solid pipes have been in existence for quite a while, which makes it beneficial to use.

Apart from that, it’s long-lasting and usable. Most modern sewerage systems also use concrete pipes.

Which are The Toughest Concrete Pipes?

Concrete pipes are among the most substantial lines on the market because they are explicitly designed for heavy loads. These solid piping can be fortified by bolstering them using wires.

Likewise, there is another kind of concrete pipe called the RCC Hume pipe. These pipes are sturdy, centrifugally cast pipes, and mostly utilized in the drainage system.

The manufacturing procedures of these pipes area bit diverse from others.

Applications of Concrete Pipe

There are several ways to use concrete pipes, including rainwater drainage, sewages, and conduits. Rainwater drainage is vital to drain excessive rainwater, and it must be reliable and robust. It is equally important that a sewer system is free of rust, doesn’t harm the environment, and always upholds structural integrity. Culverts are usually placed under an artificial structure so that water can run beneath. It should be able to withstand the heavy load and be of a suitable size.

Concrete pipe making machine aids in designing solid pipes that are long-lasting, resilient, and economical, making them the perfect for such usages.

Working Principle of Concrete Pipe Making Machine

Working Principle of Concrete Pipe Making Machine

There are lots of types of pipes for different purposes. These include asbestos pipe, concrete pipes, galvanized steel pipes, cast iron pipes, PVC pipes, HDPE pipes, and many more.

The concrete pipe frequently referred to as reinforced concrete, is one of the strongest material compositions. There are lots of benefit for making use of RCC pipes; they are robust, long-lasting and of excellent quality.

The RCC pipe (reinforced concrete cement pipes) is also called RCC- Hume pipe, as it was invented by the Australian inventor Walter Reginald Hume.

It’s applicable in many ways and is therefore widely used for sewage and rainwater drainage and also culverts.

They are beneficial because environmental factors don’t influence them, they don’t rust, bend or burn, and they have a strong structure, which allows the flow of large quantities of water and are inexpensive.

Concrete Pipe Making Machine

Categories of Reinforced Concrete Pipe Making Machine

Centrifugal, vertical extruding, hanging roller concrete pipe-making machines

Vertical Extruding Concrete Pipe Making Machine

The operational principle of this machine is that formation of the concrete is by extrusion method.

The cement pipe produced by this machine is generally utilized in urban housing, development of townships and rural area, sewerage and use of small bridges.

Centrifugal Concrete Pipe Making Machine

The functioning principle: the pipe pass on for fast operation in the concrete’s mould under the centrifugal force’s activity, beside the internal wall circulation of the mandrels to develop a tubular.

Production specifications: creation length 1000-4000mm, internal width 200-1200 mm various types of flat orifices, clusters, bearing socket etc. for many types of cement pipe. Generally utilized in high-class requirements of deep wells, community sewerage, public road and others.

Hanging Roller Concrete Pipe Making Machine

The operating principle: the utilization of the roller shaft uphold bender and the pipe in the roller pressure’s mould.

The roller shaft propels the mandrel to be driven at high speed, the cement inside the bender is conveyed in the pipe’s internal wall under centrifugal force activity.

When the internal concrete is driven to pivot by the tube mould via the roller shaft, the cement between the pipe die and roller shaft is compressed to create a pipe.

How Does the Concrete Pipe Making Machine Work?

The most common method of producing concrete pipes is the Hume-Spun pipe process, but alternative approaches are now available.

Because the production-process involves cage spinning during concreting, it is also called the Spun pipe. The concrete is manually poured, and cages are prepared for insertion into the mould, depending on the pipe’s size.

Here are some steps to explain how the concrete pipe making machine:

Raw Material: The raw-material is automatically removed from the stockpile or fed manually.

Making of moulds: The moulds are prepared before use by making them clean and ensuring the cage’s centering. They are also lubricated with brushes correctly.

Concrete mixing: The ideal mix-design is made to ensure that all essential material such as water & cement is made use of according to the weight and prepared for proper mixing. It’s important to get the mixture processed within 30 minutes, thereby ensuring resilient strength of the concrete pipes.

The spinning of the mould: The mould is set on the runner using a chain pulley. This initial piece is carried gently. The casting of the mixture is done with appropriate care and at a slow speed.

The rest of the process, however, is done at a faster rate.

Demoulding: This process is carried out using chain pulleys and involves the separation of the moulds.

Curing: This procedure is a chemical process to make the polymer material tough by cross-linking the polymer chains successfully.

It’s important that all concrete pipes are cured in a mould to thereby making sure they’re strengthened.

Working Principle of Concrete Pipe Making Machine

Rising Demand Of Transit Mixers In Developing Countries

Many developing countries worldwide are experiencing an increase in the construction sector. Concrete building machinery is of critical value for the development of ground-breaking buildings.

Its technology reduces running costs and also save electricity. The requirements for improved and more efficient machines, too, encouraged some building equipment to be manufactured and advanced.

Concrete building machinery is essential for high-quality work for the construction industries. Strong quality concrete construction machinery helps to save time and resources on construction work.

Thereby, it would raise labor costs and increase sales by providing its customers with high-quality construction services faster.

Owing to many technical advancements, a range of concrete building equipment has been developed for the usage of construction companies for improved design methods.

And there is also other different concrete building equipment, including a concrete mixer, transit mixers, portable batching plant for concrete, shotcrete assembly.

What Is A Transit Mixer?

Transit mixer is a piece of machinery used to move concrete/mortar or ready-mix content directly from a concrete manufacturing plant to the location to be used. The Transit Mixer is loaded with water and with the dry stuff.

These are two forms of transit mixers, a truck-mounted in-transit mixer, and a truck-mounted concrete blender. A vehicle-mounted in-transit mixer is a specially designed concrete supply rack. For a trailer concrete mixer, a portable concrete mixer that is built for transport by truck is necessary.

transit mixer

How Does A Mixer Transition Work?

The Transit Mixer is filled with water and dry stuff. The transit drum internals is fitted with a spiral edge.

A spiral blade can travel in 2 directions. During moving in the clockwise the drum is loaded with concrete discharged out from the transit drum in the clockwise rotation.

Benefits Of A Transit Mixer

  • Transit mixers can mix the concrete and transport it to a building site.
  • Concrete mixture transmitted in a truck won’t clot
  • This truck ‘s active mixing function removes the cement balling.
  • The building unit is cost-effective and time-saving.
  • Reduces fuel consumption associated with that process
  • Decreases operator wastage time (wait time).

Facts And Statistics

  • The global ready-mix concrete market size was evaluated at USD 492.2 billion in year 2015 and is forecast to project steadily between 2019 and 2024.

  • Asia Pacific Concrete Mixer Mounted Truck market covers countries such as China, India, ASEAN, Australia, and New Zealand.

  • According to market research analysts’ predictions, Technavio will continue to grow the global cement mixer market at a CAGR of 11 percent by 2020.

  • The U.S. as of 2016 Data from Census Bureau, overall spend on development grew from 2015 to 6.5 percent.

  • According to Beroeinc Market Intelligence, Transparency Market Research, expenditure in the construction industry increased by approximately 4.8 percent or 773.1 billion dollars in 2018.

  • India and China are expected to add $55 trillion to the building sector by 2030.

Thus, the demand for transit mixers and other construction equipment is rising with many new development projects in many countries around the world, especially the developing countries. Many reports and industry research often provide a similar summary of the industry.

All About Concrete Block Making Machines


Concrete Block Making Machine is a type of oval laying machinery that is automatically made using raw material such as feeder concrete- made wheels that will work by laying the blocks on the concrete floor and move to the next laying with the virtue of hydraulic system. The hydraulic pressure used is minimal (3H.P approx). The machine looks like a square-like box with wheels under it. It is designed to make pavers, interlocking blocks, and sometimes hollow blocks too. They are interchangeable and are designed in such a way that it can easily fulfill the needs of any customer using it. It is pretty much reliable but has a high cost of production and maintenance. It has a standard of high-quality products and cuts down the labor coast at a huge rate.

Concrete Block Making Machines

What are Block Making Machine technical details?

The technical details of the machine should be minutely checked while buying this block making machine. This includes the electrical and mechanical essentials of the good which would be useful in the long run of the production

After-sale service for Concrete Block Making Machine

As construction technology is expanding, the need to choose the company has to be a very optimistic way. For instance, one should deal with only those companies which have a reputable history in the past years and also was able to follow the customers during the entire shipping period without any personal complaints.

How does the pressure system work?

The pressure system should be a strong one so that it can produce blocks of high quality. According to many reports it has been found that if the pressure system is not up to the mark then it might sometimes result in the collapse of bricks.

What is the significance of steel?

The steels are to be those which can be used at least for 40 years in the upcoming days. Also, they should be strong and we’ll build one.

What is the significance of concrete mixing units?

The concrete mixing unit is said to be the heart of the machine. Like our brain might work but if the heart doesn’t pump then the body will stop functioning similarly this machine will not be able to perform any of its tasks without the concrete mixing unit.


It is very much reliable and much easier to handle compared to other such machines. It provides the best standards of production quality which can meet the satisfaction of any international companies. It also saves a lot of labor charges.

It has very few drawbacks such as, it has a high cost of production and the maintenance charge is also a rampant one. Also, it is a bit space consuming but this doesn’t bother any large scale industries for they have sufficient for their pieces of machinery and productions to establish and work on a day to day basis in the long run.

Applications fo Concrete Batching Plant

What is Concrete Batching Plant?

Concrete Batching Plant is a building system that converts raw materials into a value-added commodity, and this content is manufactured in concrete form.

Several materials such as air, water, admixtures, cement, fly ash, silica fume, sand, and aggregate are included in the raw material.

The function of concrete batching plants includes the different operations addressed in the following portion.

Mobile Concrete Batching Plant

Mobile Concrete Batching Plant

Working of Concrete Batching Plants

  • Powder feeding involves cement, fly ash
  • Aggregate feeding
  • Storage and conveyors, along with admixtures for mixing different materials
  • Water

Benefits of the Concrete Batching Plant:

There are a variety of benefits that the concrete batching plant enjoys. Most of these advantages are as follows:

  • Outstanding reliability
  • High capacity produces
  • Higher Production degree
  • Better efficiency while combining

These are the four key advantages the concrete batching plants accomplish.

Concrete Batching Plants for Infrastructure Construction

  • Concrete Batching Plants in Road Construction
  • Batching Plants
  • Horizontal batching plants
  • Compact Plants
  • Mobile Plants
  • Horizontal Plants

Applications of Concrete Batching Plants

Concrete batching plants are overwhelmingly used in nearly all mega-building projects.

If it’s about constructing rivers, bridges, or shops, the existence of a concrete batching plant holds the primary significance because it’s responsible for producing the concrete.

Besides, Concrete Batching Plants are also used in the construction of civil engineering, ready mixing, and precast applications.

Two Types Of Application

  • Ready-mix: The ready-mix is a concrete batching plant technology
  • Central Mix Plant: In the case of a central mixing station, all the materials are mixed and concrete is poured on the field there.

Rising Demand of Concrete Block Making Machine Post Covid-19

Since its inception, human race has been always into developing newer techniques in constructions, and there has been always a high demand and it will remain even after covid 19. From a simple house made of stones to most complex structure like Burj Khalifa, building blocks have been a crucial part of any construction. Thanks to the latest automatic block making machines, buildings are now more customized and equally durable.

These days, there are two major categories of building blocks on the market – bricks and concrete blocks. Bricks are now outdated and therefore, building blocks have been on the rage. To manufacture them, we have powerful concrete block making machines or automatic block making machines for better, faster, and more efficient production.

Why are concrete blocks better than bricks?

Rising demand of concrete block making machine post covid 19 gives us a hint that in constructing buildings, concrete blocks are better than bricks. Here are a few advantages of blocks over bricks –

  • As compared to traditional bricks, a concrete block is larger and has fewer joints.
  • Concrete blocks are more durable and stronger than bricks.
  • Construction with such blocks maintain the uniformity and accuracy of the dwellings.
  • The blocks have proper thermal insulation and therefore they make the buildings more robust
  • Constructing a building with concrete blocks is faster and thus the overall cost of construction comes down
  • Acoustic insulation and better water resistance make concrete blocks a preferred choice of builders
Concrete Block Making Machine ZN1000 and ZN1500

Concrete Block Making Machine ZN1000 and ZN1500

Rising demand of automatic block making machine

Post covid-19, there is marked increased demand of concrete block making machine as the less labor work is available on the market. Most of the construction companies are working with 50% reduced staff wherein automatic concrete block machines play an important role in keeping the business going.

The latest block making machines come with great designs, customization, and top of all, integrated solutions to make the material the way you want. Here are a few more advantages of going for concrete bricks –

Great strength: the powerful hydraulic pressure system and accurate feeding system produces high precision and accuracy. They also facilitate close-grain structures to the material making it robust and highly durable.

Customization: depending on the construction requirements, modern automatic block making machines offer advanced production of blocks with molding facilities. This way, one can design, develop, and manufacture the material of their choices.

Highly accurate: computerized machines produce blocks accurately. This results in making finer building blocks with negligible chance of errors or defects in the components.

Eco-friendly: the best benefit of having such materials is that it can be made from industrial waste such as ash, slag, and gauge. This way, we can take care of the Mother Nature. Manufacturing such materials is environmentally friendly.

Reduced costs: modern concrete block making machines drastically reduces the production costs of the blocks. According to a survey, it reduces energy usage by 38% in normal conditions. The overall costs are brought down, and simultaneously, the profit is shot up.

Overall, post covid-19, the demand of automatic concrete block machines will increase and the construction business is likely to boom again.

Importance of Concrete Batching Plant in Civil Construction

In the civil construction industry, concrete batching plants are one of the most important equipment. It is an essential machinery for every modern contractor. Different types of concrete batching plans such as mobile concrete batching plant and compact concrete batching plant are so popular that we can’t imagine any construction site without it. As we all know, the right quality of concrete increases the reliability of any construction. In many different types of time bound and precise jobs, producing high quality concrete in the right amount can be a challenging task. And, without having the high-tech equipment such as mobile concrete batching plant, it is impossible to deliver it on time. However, as a result of technological evolution, today there are various high tech equipments are available which can help contractors in achieving desired results.

Concrete Batching Plant Operating Procedure

Concrete batching plants are designed to achieve the right quality concrete in the right quantity in quick time, so that the construction can proceed as per the schedule. Speciality of the mobile concrete batching plant is that they work very precisely. The functioning of this equipment is simple but very accurate. The load cells weight the required amount of materials and then, the materials are transferred to the mixing unit with the help of material transfer systems. The material is mixed in the mixing chamber for a specific time to achieve the desired output.

Concrete Batching Plant

Concrete Batching Plant

The major parts of the concrete plants are weighing units for different materials, conveying system, mixing unit, material storage systems, control panels and various other optional components offered by concrete batching plant manufacturer. In concrete plants, cement is used as a binding material for mixing sand, water, aggregates and other additives to make concrete that can be immediately used for construction work. The demand of these machines is constantly increasing in road construction, building construction and other civil construction projects. Hence, the quality of the concrete plants such as mobile concrete batching plants and compact concrete plants has become a vital aspect for every mobile concrete batching plant manufacturer.

Advantages of Mobile Concrete Batching Plant

Mostly, this machine is made from high quality sturdy material. The most important aspect of this machine is that it is easy to take this machine to different places. Additionally, the machine is very easy to install and the production can be started quickly. Apart from easy movability, the mobile concrete batching plant offers a superior mixing performance. Mixing unit of the plant is capable to deliver uniform mixing of concrete quickly. It is important to note that the mixing unit of the concrete batching plant requires cleaning and maintenance at regular intervals. Today, there is a wide range of concrete batching plants available, but it is important to consider several important factors such as build quality, accessories, and control panel features, while planning to buy the right concrete batching plant as per your requirements.

Mobile Concrete Batching Plant

Mobile Concrete Batching Plant

Strengthening Infrastructure with Concrete Blocks

Concrete is one of the most quintessential components in laying the foundation stone for any building. Not only does it provide a strong base but a compact structure that can hold the structure for years. It comprises sand, gravel, portland cement and water in a fixed proportion. All social infrastructure such as Schools, City centers, Hospitals, Bridges, Dams, etc. have been raised for years using concrete. Concrete has been used in various forms- Solid concrete blocks, Interlocking concrete blocks, Hallow Concrete Obstructs, etc.

Solid Concrete Blocks

A concrete block is the primary unit of any construction project. It is the masonry unit in the standard rectangular shape used in construction. These concrete blocks are used as precast which means that it is formed prior to its use and is hardened before they are sent to the job site. The blocks are lightweight and its standard dimension is generally 600mm*250mm*150mm. Being lightweight these are easily workable with high rise buildings in order to reduce overall load.

Solid concrete blocks are cost-efficient and save time to manifest it in real-time construction. These blocks are manufactured by concrete block making machines. Different types of block making machines manufacture different quality and shapes of concrete block.

Block Making Machines ZN400 and ZN600

Block Making Machines ZN400 and ZN600

Changing modern-day Construction with Concrete Blocks

Concrete block makers are under tremendous pressure in modern-day construction as concrete blocks are gaining popularity day by day. Backing up with features like lightweight, low cost of production, high load-bearing capacity has been the factor. The eco-friendly mode of production, better quality delivery as compared to dried or baked red clay or adobe bricks, speedy construction using the concrete blocks are some of the other benefits.

There are seven different types of concrete blocks used in modern-day projects like flyovers or underpass bridges. Hollow Concrete Blocks, the usual block, comes with a void that is equal to one-fourth of the total area. Concrete block makers fill these void with lightweight aggregate mortar. Machines for Concrete blocks make aerated autoclaved blocks, that are lighter but bigger versions of such blocks. Composition wise these blocks are similar to that of normal bricks but the material may vary in proportions. Aerated concrete blocks cut down the steel and concrete quantity by 15% and 10% respectively thus reducing the overall cost of manufacturing.

Concrete Block Making Machine ZN1000 and ZN1500

Concrete Block Making Machine ZN1000 and ZN1500

Concrete bricks are another type of concrete block used in fences, facades, etc. They offer a sleek look to the structure. For making lintel beams, the concrete block makers devise a groove in the block wherein the reinforcement bars are placed along with the concrete. Concrete block making machines produce rectangular or square shape blocks known as Paving blocks and are used in pavements or road shoulders. Lastly, concrete stretcher blocks are used to combine the masonry units.

The Bottom Line

Different patterns of concrete blocks are being used in several public projects like bridges, road pavements, dams, etc. The concrete blocks are not only cost-effective but also enforce strong and stable support to the standing structures. The modern-day civil projects observe a lot of concrete blocks in the construction process.

Importance of Concrete Pipes in Water Distribution & Drainage System

When it comes to performance, concrete pipes offer unmatched long term value and performance. Out of many different types of pipe materials, concrete is the only material that has a proven service track record of more than a century. The structural strength of concrete pipes, provide bases for water distribution and drainage system that works for a very long time. The concrete pipe making machine is used to produce highly durable concrete pipes that give confidence to the design engineers that the pipe material will not only maintain the strength but also provide great efficiency and reliability.

While planning the public water distribution and drainage system, it is very critical to choose the material that requires fewer repairs and maintenance. The maintenance budget for the public systems keeps changing every year and you can’t be sure about the future fund allocation for the maintenance, hence concrete pipes manufactured in concrete pipe making equipment is the best choice for long term performance. There are some other materials that may look nice and are claimed to be installed as concrete, but they can be very expensive as compared to concrete and cannot be installed the same as concrete. Today a wide range of high-tech pipe making machine is available that produces high-quality concrete pipes, which are strong, doesn’t deflect under load and doesn’t melt in the heat.

Concrete Pipe Making Machine

Concrete Pipe Making Machine

Advantages of Concrete Pipe Making Machine

High Production Capacity:

Today’s high tech pipe making machine, also known as a machine for making pipes, produces concrete pipes at a higher rate. In any water distribution and drainage system project, the availability of the concrete pipes is very important for the progress of the project as per the schedule. The concrete pipe making equipment helps the pipe manufacturers to achieve optimum production to meet the high demand.

Strength and Durability:

High-quality concrete pipe making machines are made from strong material that makes them highly durable. In addition, the machine also helps in manufacturing concrete pipes which are sturdy and can deliver efficient performance for a long time, which is one of the very vital aspects of water distribution and drainage systems.


As we all know, different types of concrete pipes of different sizes and strengths are required for different applications. Hence, it is very important for the concrete pipe manufacturers to deliver the concrete pipes as per the project requirement within a given time. Earlier it was a very difficult and time taking task for the piper manufacturers, but high tech machines for making pipes, it can be done easily. The concrete pipe making machines have enabled the pipe manufacturers to produce different types of concrete pipes, with different strength and size, within a short period of time. Ultimately, it helps the team, handling the project, to be on top of their schedule.