All about Next Generation Construction Equipment

With the advent of the next generation of construction equipment, incremental improvement is taking place in their design, mobilization, and use. These componental changes add up to more efficient machinery as well is its productive use. The deployment of such autonomously operated equipment also enhances the safety and operation of such heavy machinery. The latest equipment possesses a lot of improvement in engines, GPS Control, fuel-saving, IP (Internet Protocol) systems, robotics, and fleet management techniques. A few types are-

AAC Block Machine– AAC (Autoclaved Aerated Concrete) Machinery is a lightweight pre-cast foam concrete building material used for the production of concrete masonry units like blocks. The AAC block machine is known for its quality and exceptional finish. A few advantages of AAC block machine are-

Concrete Block Making Machine ZN1000 and ZN1500

Concrete Block Making Machine

  • It helps in the engineering of the complete AAC portfolio. It allows the designing of complex and thin shapes and structures. Panels of a large variety can be produced with the help of an AAC block machine.
  • Production of reinforced panels (100% blocks) is possible and in large volumes
  • It has a double-wired cutting technology with the least cake handling and high accuracy. Less than 1mm tolerance with a super finish can be achieved.
  • It is simpler than the conventional tilt cake process which results in much less breakage.

Dry Mix Mortar Plant-This is a highly controlled process plant with dedicated facilities for batching and blending all necessary ingredients. It is useful to lay bricks and masonry blocks, rendering coat buildings, and fixing tiles. The dry mortar products to be blended could be External plaster, sand-based plaster, wall putty, gypsum plaster, tile adhesives, and waterproofing mortar. Its advantage include-

  • It aids in better cement hydration and eliminates shrinkage cracks
  • It provides a very good bond strength ruling out any pop out on a smooth surface.
  • It has a good water resistance property giving it good workability and flexibility and tensile strength.
  • There is a nil wastage of material at the site and helps in inventory cost saving.

Wet Mix Macadam Plant

 This machinery is designed and used for achieving a uniform mix of materials to prepare bases, especially in road projects. These are also known as stabilization plants that are used to produce materials that help stabilize soil before the laying of hot mix asphalt. This plant is available in fixed and variable speed drives and adjustable gates at its bins. Its inbuilt twin shaft pug mill helps in continuous, homogenous mixing. The advantages of Wet Mix Plants include-

  • It helps in the achievement of a high production rate and an easy operate the machine.
  • It has a highly accurate aggregate and additives feeder.
  • It has the facility of embedding the latest procedures into its hardware parts.
  • It features an inbuilt accessory gear for correct metering of substances like cement and lime.

Curb Paver

The Curb Paver is a compact extrusion type of equipment used for curbing and paving applications. It includes a fully hydrostatic drive with vibrator controls. These machines involve a rotor blade which could be used to cut and pulverize damaged or old pavement and also to mix lime, fly ash, and cement to stabilize poor soils. The benefits include-

  • The Paver finisher adds thickness to edges of concrete pavements to increase stiffness and strength and providing a lost-lasting pavement.
  • The quick-connect mould and offsets and mould locks can help save considerable production time and resources.
  • They help in adding the aesthetic appeal of any area. They also help in demark the pavement and roads along.

Drum Mix Plant

The Drum Mix Plant is an intelligent assembly of mechanical and electronic equipment combination where all the aggregates and minerals are blended, dried, and heated with asphalt and result in the production of hot mix asphalt. This unique flight design ensures a total heat transfer, a complete mix, and coat, lower emission, and prevention of bitumen oxidation. Its advantage is-

  • It gives a Proper Asphalt Coating and leading to saving of costs.
  • It has a design convenient for containerized transport which gives it the ease of dismantling and demobilization.
  • It offers a high production rate with cutting-edge drum mix technology.

Mechanical Paver

A Mechanical Paver is used to lay asphalt on roads, bridges, and other places. The mainline machines usually first place the liquid concrete in front of the machines. The machine as it moves, uses augur to spread the concrete uniformly across the surface to be paved. Aiming to better paving, this model is made having high torque and low speed.

  • This Paver finisher helps in seeking ease of operation and maximum uptime.
  • It produces an impressive end product and eliminates the natural variation in productivity by offering consistent installation speed.
  • This high-Quality machinery can execute the mechanical installation of impeccable quality removing the need for fix up and repairs. This cost-effective way also provides improved reliability during bad weather.

Next-generation construction equipment manufacturers are technology partners, not just machine suppliers, resulting in a far higher value service for all customers. These companies constantly invest in innovation and process technology to optimize the process of production and enhances product quality.

Role Of Different Construction Equipment In Developing Infrastructure

Infrastructural development brings a massive change globally. This infrastructural development has been possible because of several innovations in construction fields. One of the major innovations that have advanced the construction sector is the introduction of new & top-graded equipment. Machines like AAC block machine, Dry mix mortar plant, Wet mix macadam plant, and curb paver are several machines that have the ability to execute different construction work accurately. Therefore, here mentioned is detailed information about the construction machines & their roles on a construction site.

  • AAC BLOCK MAKING MACHINE: The AAC block-making machine is one of the top-graded equipment that can be used at multiple construction sites. The role of Autoclaved Aerated Concrete maker is used to manufacture bricks/blocks by de-molding, cutting & curving them into proper shapes. The blocks are robust & can be used in building base-layer & floors. An additional benefit of this equipment is that the AAC Machinery is environment friendly, as it can excrete the waste out of the prepared concrete material while making blocks.
  • DRY MIX MORTAR PLANT: Dry mix mortar plant has different quality aspects that can be used in the developing infrastructure of various sectors. Construction sites can use the dry mix mortar plant to lay the bricks & different types of blocks properly. Features like producing strong tile adhesive, floor screedings, bonding mortar & brick joining mortar are some of the additional advantages that the equipment can offer. Along with these features, the machine is also capable of shrinking the cracks with the help of applying cement hydration.
  • WET MIX MACADAM PLANT: The wet mix macadam plant plays a vital role in the road construction process. The major role of this equipment is to flatten the ground level of the land, which is also known as soil stabilization. This wet mix plant also comprises parts like a storage silo, which allows the machine to store a certain amount of cement material and use it in cases of shortage.
  • CURB PAVER: The curb paver is equipment that is highly demanded at the roadside construction areas. This equipment is utilized to lay down the asphalt ( semi-solid material used in road construction) on footpath & sidewalks. A major advantage of utilizing the curb paver is that it levels the ground by laying asphalt according to the requirement of high & low ground surfaces.
  • DRUM MIX PLANT: The drum mix plants are the asphalt mixers that are used in the areas of road construction. The major advantage that the drum mix plant offers is that it can dry, heat & mix the material continuously, as the material is constantly required at construction sites.
  • MECHANICAL PAVER: The mechanical paver is top-graded equipment with multiple quality aspects. One of the beneficial aspects of the equipment is that it can lay a heavy quantity of asphalt, which is highly required in parking lots & commercial courtyards. On the other hand, the mechanical paver can also reduce the construction cost & workload.

Construction sectors are improving a lot, by the time and these innovations in equipment are one of the major factors that can lead to the infrastructural development of various sectors at present & in future. Hence, there are multiple types of equipment that have the ability to construct top-quality road & land surfaces, as they are comprised of quality features & mechanisms. Along with that, all of the construction equipment can be helpful in reducing the construction cost spend on any infrastructure.

Rising Demand of Transit Mixers in Developing Countries

There is a boom in the construction industry in most developing countries around the world. Concrete construction equipment is extremely important for the construction of innovative structures. Such equipment reduces cost of labor and saves time as well. In fact, the requirements for faster and more effective machines has influenced the development and improvement of several construction equipment.
Concrete construction equipment is vital for good quality work in construction companies. Good quality concrete construction equipment helps save time and money on the construction work. It can therefore reduce labor costs and increase profits by giving good quality construction services to its clients in a faster way. Due to several technological advancements, a number of concrete constructions equipment’s have come up for the use of construction companies for improved construction processes.

Thus, there are now many different concrete construction machines including a concrete mixer, transit mixers, Compact Concrete Batching Plant, Shotcrete Machine. A transit mixer is a portable concrete mixing machinery.

What is a Transit Mixer?

A Transit mixer is mainly a means to transport concrete from the concrete batching site to the construction site. It is specially designed to carry both concrete and water. The special design also includes transit drum with a spiral blade. Since this can move in multiple directions to ensure concrete material does not clot it is highly beneficial. This is low maintenance and highly efficient construction equipment.
There are two types of transit mixers, a truck mounted in-transit mixer and a trailer concrete mixer. A Truck mounted in-transit mixer is a specially equipped concrete transport truck. The trailer concrete mixer is essential a portable concrete mixer which is mounted truck for transportation.

Benefits of a Transit Mixer

  • Transit mixers can mix concrete and also transport it to a construction site.
  • Concrete mix transported in a truck will not clot
  • Active mixing feature of this truck eliminates cement balling.
  • It is a cost and time-saving construction machine.
  • Reduces fuel consumption involved in this process
  • Reduces wastage of a driver’s time (waiting time).

Facts and Statistics

  • Global ready-mix concrete market size in 2015 was valued at USD 492.2 billion and is predicted to rise at a steady rate during the period between 2019 – 2024.
  •  Asia Pacific Market of Truck mounted concrete mixer includes countries like China, India, ASEAN, Australia & New Zealand.
  •  As per the predictions of market research analysts, Technavio the global cement mixer market will grow steadily at a CAGR of 11% by 2020.
  • As per the 2016 U.S. Census Bureau data, total construction spending increased to 6.5% from 2015.
  •  As per Beroeinc Market Intelligence, the Transparency Market Research There was an increase in spending in the construction industry in 2018 by approximately 4.8% or US$ 773.1 Billion.
  • There is also predicted to be a 12.4% growth in the year 2021.
  • Concrete mixer market value in 2017 was 4000 Million USD and there is a prediction for it to reach 7020 Million USD by the year 2025.
  • As per Global construction market growth will increase by 3 to 4 percent by the year 2022.
  • The African construction market value in 2018 was $210 Billion and prediction for the year 2021 is at $260-$300 billion.
  • India and China are expected to contribute $55 trillion by 2030 to the construction industry.

Thus, with a lot of new development projects in many countries around the world, especially the developing countries the demand for transit mixers and other construction equipment rise. Several surveys and market analysis also show the same market overview.

Block Making Machine – Rising Demand in Developing Countries

There are two main categories of masonry recognized in the construction industry. These are either block or stone masonry. Recently there has been enormous interest in the use of block masonry as compared to use of stone in construction. Most developing countries in Africa and the world are in the middle of a construction boom and this has created demand for construction equipments.

Concrete Block Making Machines

The Block Making Machine
The usage of the block making has been increasing in the recent years, mainly due to the rise in the construction projects around the world. The concrete block making machine offers multiple advantages which has made them more preferred over the stone blocks in the developing countries. Some of these advantages are;

  • Guaranteed versatility; the concrete blocks are highly versatile for everyday use due to high structural strength and performance. The blocks can also be manufactured in various colors, shapes and surface textures both for indoor and outdoor usage.
  • They are manufactured in larger sizes and therefore requiring much fewer joints as compared to stone blocks which are cut in standard sizes.
  • The concrete block machine is able to manufacture blocks of uniform sizes, which allows use of modular systems and accuracy of construction is achieved with these concrete blocks.
  • Cost reduction ;the concrete blocks are more cost effective as compared other types of blocks due to the production efficiency derived use of the block making machine. This has also made them attractive for use in the developing countries.
  • High compressive strength; the compression strength of the concrete blocks exceeds 10N/mm2. This allows them use in many resistant walls.

Features of the Concrete Block Machine Promoting Demand in These Countries
Automation; there has been high level of automation in the manufacturing and construction of the concrete block machines. The current machines have gone one step further to make the machines as semi automatic. One example is the machine construction where the molding trays are easily movable, rather than having to move the entire machine.

Control systems; the equipment comes with a computerized control system including a touch screen interphase and an encoder for various operational processes. These will help in controlling the frequency and range of vibration with exact precision. This makes the concrete block machine to be among the most reliable machines on the market today.

Efficiency in power consumption
Continued innovation and research has led to the development of block making machines that have high energy savings, while maintaining high performance levels. This has great advantages in the developing countries where electrical installations and power supply levels are always fluctuating.

Production Capacity
The high production capacity of the block making machines has also been a major factor driving demand for the machines and the increase usage of concrete blocks in the developing countries. The machine output per hour can be as high as 1000 blocks depending on the number of moulds and size of the moulds made per hour.
With all these positive developments and features, the demand for the block making machine will continue to grow exponentially in developing as well as developed countries.

The Important Role of Concrete Batching Plants in Sustainable Development

Throughout the world there has been much emphasis on the sustainability of each and every project or activity being undertaken. Sustainability in general terms refers to the endurance of systems and processes. Sustainable approaches to construction and development must be sought at all times in order to efficiently manage the resource base from depletion, environmental degradation and even climate change. In other words, sustainable development meets the needs of the present generation without affecting the ability of future generations to meet their own needs.

Concrete Batching Plants

Global Concrete Consumption

Concrete is consumed in massive quantities in the whole world in various activities of building and construction, roads and railways, residential areas and many more. These are important infrastructural requirements that enable the economy to progress rapidly for people to better their living standards.

The preparation methods of concrete must be in such a ways that the demands to the natural environment are kept at minimum for sustainability to be achieved. The concrete batching plant is an equipment used in concrete preparation that has enhanced sustainability in construction.

Energy Efficiency

For sustainable processes to be achieved, efficiency in energy use must be achieved. The Concrete mixing plant is designed to maximize production with reduced energy usage by having highly efficient engines with minimum maintenance requirements and more durability.

Energy saving is also achieved through lower electricity consumption and use of gravity assisted material feeding system as well as computerized controls that precisely calibrate all ingredients of the mixing plant.

Water Conservation during Operation 

In concrete preparations there is heavy water usage in the operation. The batching plant combines all the required materials in mixing of concrete to create a homogenous mix used in construction. Batching equipment is designed in such as way as to ensure optimum usage of water and other materials to achieve a good mix. This includes the ability of some equipment to recycle wet concrete mix before setting and thus reduce wastage.

The Green Technology Equipments

With the development of green commercial concrete plants, the problem of environmental pollution has been effectively tackled.  This model of the ready mix concrete plant increases the material utilization ratio thus creating an overall material saving. Increased material saving from the concrete batching plant in turn increases the productivity and profitability is the operation.

In the current construction industry the demand for increased efficiency is high and the central equipment in this process is the RMC plant or the Ready Mix concrete plant.

In some cases there has been need for all batching equipment to be easily movable to locations closer to construction site to reduce material movement to the site. Some advanced batching equipments may be fitted with twin shaft mixers that increase the production output to up to 160 m3 /hr. The assembly process of the batching plant is also made faster and easy, and with easy to clean concrete handling piping and conveyance systems.

Bottom Line

The concrete batching plant has been important equipment in the construction industry and when effectively used, it has enabled sustainable development to be achieved. More sustainability will be achieved with enhanced technology, water saving initiatives and enhanced efficiency of the batching plants.

Efficient Construction Equipments for Successful Concrete Handling

Concrete Mixture Plant

The concrete mixer plant combines various ingredients to form the final concrete. The mixture components include sand, water, aggregate, cement and fly ash. A good batching plant must be able to produce high quality mixture as well as meet the production capacity requirements. Some of the main considerations in design of the concrete plant include;

  • Ability to fit in with the existing infrastructure
  • Considerations for future expansion and increased capacity
  • Stability and durability of the plant
  • Aesthetic design and workmanship
  • Ability to achieve homogeneous mixture at a shorter time period
  • Ability to have an efficient loading and unloading process
  • Control of dust

construction equipmentsThe mixing plant is central to concrete production. There are the wet mixing plants and the dry batching plant. The wet batching plant has greater advantages than the dry batching plant such as:

  • Ability to deliver consistent quality
  • They have higher production capacity
  • Faster loading and unloading
  • Greater durability and lower maintenance costs
  • Cleaner trucks and environment

Concrete Transit Mixer

The concrete transit mixer is designed in such a way that the mixing operation continues while the concrete is in transit. This allows greater timesavings from mixing to usage. Some important features of design include;

The driving system is highly durable, and is able to withstand long running hours during transit.

User friendliness, easier to operate and maximum discharge of cement is required to avoid wastage of material.

Smooth rotation is critical to operation. All the rotating parts of the machine are well lubricated for efficiency of mixing.

Micro filtration systems are also included for protection of the motor and the hydraulic system to ensure these are adequately protected.

Self-Loading Mixer

The self loading mixer is designed with a special mechanism to load the concrete mix components to the main mixer for batching to occur. The salient features include;

  • it Self loads the required aggregate and sand into the drum
  • Weighs the materials as per the required quantities
  • Continues mixing while proceeding to the site
  • Will easily discharge the mix to the site

Other innovative features include

  • Tight turning circle: This feature enables equipment make small turning radius and can operate in confined places easily.
  • Swivelable operator position; this feature enables the operator have good visibility during driving, turning and pouring.
  • High Gradeability; Enhances the machines ability to work and move in very rough and tough site conditions
  • Hydraulic steering system which allows for easy maneuvering in narrow and constricted places.

Slip Form Paver 

Slip Form Paver is a highly innovative equipment used in paving, to consolidate, shape and finish a mass of concrete. The main features of this equipment include high production ability, versatile, quality material of construction and it has been proven to have high efficiency. The machine has also been developed in consideration of all the important safety features.

Conclusion

Successful construction is dependent on the quality of equipments applied. Technological advancements in the concrete making and construction sector have been the main contributor to efficiency in construction.

Quality of Raw Material and Performance of Construction Equipment

Several factors affect the performance of concrete handling equipment. Material factors have also been seen as important in equipment performance and due attention must be paid. Each construction material should be properly analyzed for suitability before construction work begins.

Some important analysis includes moisture content, construction suitability, chemical and physical properties and the type and size of particles in the material.

Sand

The source of sand is an important factor for construction. Sand sourced from saline/ salty environments is never recommended due to chemical composition and can have damaging effect even on the construction equipment. For construction, the compression ability of the sand must be tested. Sand with high compression is not suitable for construction.

Aggregate

This raw material makes up 60 – 75 percent of the volume of the aggregate mixture. It provides the volume stability of the finished concrete. One important quality factor that affects machine performance is aggregate size, which affects the shrinkage potential. Water and cement usage increases proportionately with decrease in aggregate size to offset the probability of shrinkage.

construction equipment

Water

The Batching water quality is a consideration for mixing operations. The water used in concrete making is guided by guidelines such as the ASTN C94, and ASTM 1603. Non-potable water used in concrete mixing and batching plant operations can affect the machine performance and quality of product. Water resulting from concrete production processes, storm water run offs from the facility and others containing concrete aggregates has a maximum allowed solids content of 50,000 parts per million of the total mix. Anything in excess of this will lead to poor product.

Current designs in equipment have recognized the impact of excess water happening during the mixing process such as when rain occurs when work is going on. Increases in the volume of cement slurry due to dilution by water causes too much flow thus weaker mix while too little water may lead to collapse of the final product. This eventually affects the strength and durability of the concrete product.

Workability of Concrete

The type of aggregate used and mixing affects the workability. Reinforce concrete with high steel percentage creates a difficulty in compaction with concrete machines as well as handling with other equipments; It has low workability. Concrete with high workability is easier to handle during mixing and transfer operations, which utilizes machines such as concrete mixers etc.

Batching and Mixing

Mixing is best done using mixing machines or ready mix concrete plant. The self-loading dumper and self-loading cement mixers, offer good concrete handling solutions.  The quality of material also has an effect on the blending process. The mixing time is dependent on the concrete mixer capacity as well as final concrete requirement. A drum mixer with a small diameter translates to greater velocity than that with smaller diameter. If stiff and rigid concrete is the end product, longer mixing time is required.

Transport

Ready mixed concrete requires transportation from one site to another. During transport, equipment used has an impact on the final product. Transport equipment must guarantee water/cement ratio is maintained, slump, air content and consistency is achieved.

While sourcing for concrete equipments it is important to source only from reputable concrete mixers manufacturers , and assured project success.

How to Maintain Your Concrete Plant to Keep It Going Longer with Optimum Performance?

Concrete plant also known as concrete batching plant or concrete mixing plant is an equipment used for the production of concrete at the construction sites. Concrete plants mix the ingredients like cement, water and various other aggregates to form concrete ready for use in constructions. A concrete plant just like any other machine requires proper maintenance. If you desire to get efficient performance your concrete plant for concrete mixing, then you just need to maintain it well.

By maintaining your concrete batching plant you can get it working in a better condition for efficient concrete production at the sites. This will also greatly enhance the efficiency of the plant and keep it going for a longer period of time.

When you say efficiency of concrete batching plant, what does it mean? The efficiency of concrete plant is nothing but the ratio of how much output it can give with consumption of particular amount of input. Plant which can give maximum output using lesser inputs with less wastage of materials provided for concrete production would be called efficient concrete producers than those which do not.

Hence it is just not buying a right concrete batching plant for concrete production, you also need to maintain it properly if you desire better performance from it. Following are a few things you need to follow or do in order to keep your concrete batching plant going.

First and most important of the maintenance steps would be the preventive maintenance. The formalized inspection of the plant regularly will give an idea to the personnel about the improper conditions in the plant that can degrade its performance or result in the breakdown of the machine. Hence with regular inspection of the concrete production plant, undesired states of the machine like noisy bearings, worn belts, leaky air systems, clogged filter bags and other can be detected earlier and repaired to prevent breakdowns or improper performance of the concrete equipment.

You need to check out your machine regularly, keep its parts clean including the cleaning of input and output areas after the production and regularly change the bag filter in the machine. By cleaning, you can ensure that your plant remains free of dust which consequently reduces the wear and tear on your plant.

Check out for all the minor things like the blades in the plant whether they are properly fitted or not, loose bearings and make sure that all the parts of the plant are working efficiently or not.

Have an idea of how to replace the damaged parts of your plant in order to minimize the maintenance costs which otherwise you would require to spend on hiring personnel for repairing. Always have the replaceable parts for your concrete batching plant within access so that you can easily replace them when needed without having to wait. In this way you can ensure that your plant keeps on operating without any delay in production due to breakdowns.

Hence keeping in mind these factors and making them work, you can ensure efficient working of your concrete production equipment for a longer period of time.

This article educates reader about concrete plant and its maintenance work required to be carried to make it work at peak.

Concrete Solutions with Concrete Equipments, Spun Pipe

Concrete Solutions with Concrete Equipments

Fast infrastructure development needs high end concrete equipments for mixing and preparing concrete solutions. Concrete mixer that is also known as transit mixer is one of the widely used concrete equipments for construction that not only mixing the concrete materials well but also transporting the same to the development site. The homogeneous concrete solution is prepared in the truck mounted unit is called as transit mixer. Sometimes the transit mixer is attached as trolley to the tractor or other vehicle. Continuous rolling drum mixing the aggregates thoroughly to make the mixer uniform. The truck mounted concrete mixers are categorized in two ways. One is traditional transit mixer where the rolling drum is mounted on back of the truck and need to place truck at the position to place the concrete solution at right place. This type of transit mixer is used for preparing small amount of construction solution for small projects. But second type of transit mixer is at front side to make the movement of rolling drum in any direction with the guiding remote in the cab of the truck. This way chute can be moved in any direction to place the concrete without placing the truck properly. This one is the advanced concrete machinery solutions to make the work easily and fast.

Spun Pipe

Spun Pipe is a known traditional way of making RCC pipe. Spun pipe making machine is conventional machine invented before two decades by the Australian scientist named Walter Reginald Hume. Based on his name, spun pipe is also popularly known as Hume pipe in construction industry. Now days instead of these traditional pipe making machines, advanced technological process of vertical cast, have been utilized for speedy and high quality, strong concrete pipes. Vertical cast is more automated and trust worth process to create the concrete pipes than spun pipe. Still this process has been used in many countries where labor is cheap and resources are more to handle the process. Industrial construction needs the equipments with modern features to speed up processes with quality works to handle the complex construction tasks with varieties of concrete equipments like concrete batching plant, mounted concrete pump, shotcrete machine and pre-cast applications etc. for further details and technical specification for concrete machinery equipments and building construction solutions, visit – www.apolloinfratech.com

Ready Mix Concrete Solutions for Easy, Efficient and Cost Effective Concrete Constructions

Ready mix concrete is a readily available form of concrete that can be got for use at construction sites from factory or batching plant where it is usually mixed or produced according to a set recipe. All the time and costs employed for mixing or production of concrete on site can be greatly saved with ready mix concrete. Better precision of the concrete mixture and reduced work site labor and confusion are two main factors for which ready mix concrete solutions are widely preferred over on-site concrete mixing.

The ready mix concrete for construction purposes can be got from the ready mix concrete companies. A ready mix concrete company manufactures concrete under computer-controlled operations and transports it to the site in freshly mixed or unhardened state. The concrete at ready mix companies is manufactured under best production conditions in a fully equipped concrete production infrastructure which is equipped with up-to-date equipments for concrete production like concrete batching plant for concrete production, concrete mixing plant, transit mixers for mobile concrete mixing and transportation, concrete pump etc. A ready mix concrete company can offer concrete solutions in both industrial standard and customized forms. In customized form the concrete is manufactured according to user’s mix design to best suit the specific construction requirements at user’s work site.

Ready mix concrete is very useful for the constructions where there is no enough space or the small scale construction projects for which buying concrete equipment for concrete mixing or production could be a very costly affair.

There are basically three forms in which ready mix concrete is classified depending on the equipment and time of its production. First is the central mixed concrete which is produced and mixed completely at a remote concrete batching plant and then transported to the work site for construction. Secondly there is transit mixed concrete which is mixed in the truck during transit. The materials are batched at a centralized concrete plant and are then completely mixed in the truck during transport to the site. As the concrete is mixed during the transport it is fresh and best for use. Transit-mixed concrete avoids the problems of premature hardening and slump loss that often result from potential delays in transportation or placement of central-mixed concrete. Last but not least is the shrink mixed concrete which is partially mixed at the plant to reduce or shrink the volume of the mixture to increase the truck’s load capacity. One can opt for any of these concrete solutions depending on the requirements and budget.