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The Advantages of ZENITH 940SC Fully Automatic Mobile Multilayer Machine in Block Making

The infographic highlights the key advantages of the ZENITH 940SC Fully Automatic Mobile Multilayer Machine in block making. It covers:

✅ Widest Production Scope: Supports standard, nonstandard, and niche concrete blocks & pavers for diverse market needs. ✅ Advanced Control System: Intuitive Touch Panel with Siemens SPS for seamless operation and quick mold adjustments. ✅ Superior Precision & Durability: Robust columns, bearings, and synchronized movements ensure stability and accuracy. ✅ High-Performance Hydraulics & Customization: Hydraulic cylinders enable smooth operation, with optional upgrades enhancing performance. Additional features like a rotating tamper head and polystyrene core insertion expand production capabilities.

The Advantages of ZENITH 940SC Fully Automatic Mobile Multilayer Machine in Block Making

Discover the ZENITH 940SC Fully Automatic Mobile Multilayer Machine, a cutting-edge solution for high-quality block production! This advanced machine offers superior efficiency, precision, and versatility, making it an ideal choice for large-scale manufacturing.

🔹 Key Advantages:

✅ Fully automatic operation for maximum productivity ✅ Mobile multilayer design for cost-effective block production ✅ High-speed and consistent output with minimal labor ✅ Suitable for various concrete products, including hollow blocks, pavers, and solid bricks ✅ Durable and robust construction for long-lasting performance Perfect for construction and infrastructure projects, the ZENITH 940SC ensures top-tier quality and innovation in block making.

Watch the video to see this powerhouse in action!

Concrete block making machines play a crucial role in modern construction by enabling efficient, large-scale production of concrete blocks and pavers. These machines are widely used in residential, commercial, and industrial construction projects, providing durable and cost-effective building materials. This article explores the various aspects of concrete block making machines, their types, benefits, and applications.

What is a Concrete Block Making Machine?

A concrete block making machine is a specialized piece of equipment used to manufacture concrete blocks of various shapes and sizes. These machines are engineered to compact and mold concrete mixtures into high-quality blocks, ensuring uniformity and structural integrity.

Types of Concrete Block Making Machines

Concrete block machines come in various configurations to meet diverse production needs. The primary types include:

Manual Concrete Block Making Machine

Requires human intervention for mixing, molding, and curing.

Suitable for small-scale production.

Cost-effective but labor-intensive.

Semi-Automatic Concrete Block Making Machine

Partially automated with manual feeding and block extraction.

Offers a balance between automation and cost.

Suitable for medium-scale production.

Fully Automatic Concrete Block Making Machine

Features automated feeding, mixing, molding, and curing.

High efficiency and productivity.

Ideal for large-scale commercial block manufacturing.

Hydraulic Paver Block Making Machine

Uses hydraulic pressure to produce high-strength paver blocks.

Suitable for manufacturing interlocking pavers, driveway blocks, and decorative tiles.

Automatic Cement Block Making Machine

Specialized for producing cement-based blocks with precise composition.

Ensures consistent quality and durability.

Key Features of Concrete Block Making Machines

Modern block making machines incorporate advanced technology to enhance efficiency and quality. Some essential features include:

High Output Capacity

Designed for mass production, making them ideal for large construction projects.

Precision Engineering

Uses advanced vibration and compaction technology to ensure uniform density and strength in each block.

Versatility

Adaptable to produce various block sizes and shapes, including standard bricks, pavers, and curb stones.

Energy Efficiency

Modern machines minimize power consumption, reducing operational costs and environmental impact.

Durability and Low Maintenance

Built with robust materials to withstand prolonged usage with minimal maintenance.

Materials Used in Concrete Block Production

Machine for concrete are typically made using a combination of the following materials:

Portland Cement: The primary binding agent that holds the aggregates together.

Sand and Fine Gravel: Provide structural integrity and improve workability.

Fly Ash: A by-product from coal combustion used as a partial cement replacement.

Recycled Aggregates: Such as post-consumer glass, slag cement, and crushed concrete, making production more sustainable.

Water: Essential for hydrating the cement and ensuring proper curing.

Advantages of Using Concrete Block Making Machines

Investing in a high-quality block making machine offers numerous benefits, including:

Cost-Effectiveness

Reduces reliance on manually produced bricks and lowers labor costs.

Produces blocks in bulk, reducing material costs.

Sustainability

Encourages the use of recycled materials in block production.

Produces minimal waste and contributes to environmentally friendly construction.

Strength and Durability

Concrete blocks offer excellent load-bearing capacity and weather resistance.

Ideal for long-lasting structures with minimal maintenance requirements.

Flexibility in Design

Machines can be adjusted to produce blocks of different shapes, sizes, and textures.

Suitable for architectural applications and decorative paving solutions.

Time Efficiency

Fully automatic machines significantly reduce production time.

Enables fast-track construction and large-scale project execution.

Applications of Concrete Blocks

Concrete blocks produced by block making machines are used in a variety of applications, including:

Residential Construction: Walls, partitions, and fencing.

Commercial Buildings: Shopping complexes, office buildings, and parking structures.

Industrial Infrastructure: Factories, warehouses, and loading docks.

Road and Pavement Construction: Paver blocks for driveways, footpaths, and public spaces.

Landscaping: Retaining walls, garden edgings, and outdoor seating arrangements.

Factors to Consider When Choosing a Concrete Block Machine

When selecting a concrete block making machine, consider the following aspects:

Production Capacity: Choose a machine that meets your required output volume.

Automation Level: Determine if you need a manual, semi-automatic, or fully automatic machine.

Material Compatibility: Ensure the machine supports the type of raw materials you plan to use.

Space Requirements: Check the installation space and layout compatibility.

Budget and ROI: Consider the initial investment versus long-term cost savings and production benefits.

Future Trends in Concrete Block Making Machines

The construction industry is continually evolving, with innovations in concrete block making machines shaping the future of block production:

AI-Integrated Machines: Smart automation for precise quality control.

Eco-Friendly Block Production: Machines designed to optimize the use of recycled materials.

3D Concrete Printing: New-age technology enabling customized block structures.

IoT-Enabled Monitoring: Remote tracking of machine performance and efficiency.

Conclusion

Investing in a concrete block making machine is a strategic decision for businesses in the construction sector. These machines offer enhanced efficiency, cost-effectiveness, and sustainability, making them indispensable for large-scale and small-scale projects alike. Whether you require automatic cement block making machines, hydraulic paver block machines, or high-volume production units, choosing the right equipment ensures superior quality and long-term benefits.

Introduction

Flyash bricks have emerged as a viable alternative to traditional clay bricks due to their environmental benefits and cost-effectiveness. The production of flyash bricks machine involves using flyash, a byproduct of coal combustion, which otherwise poses significant disposal challenges. This article delves into the workings of a flyash bricks making machines, its benefits, the production process, and its significance in the construction industry.

Understanding Flyash Bricks

Flyash bricks are made from a mixture of flyash, cement, sand, and water. They are known for their high strength, durability, and eco-friendliness. Unlike traditional clay bricks, which require large amounts of topsoil and emit harmful gases during firing, flyash bricks utilize waste materials, contributing to environmental conservation.

The Role of Flyash Bricks Making Machine

A flyash bricks making machine automates the production process, ensuring consistency, efficiency, and high-quality output. These machines come in various types and capacities, catering to different production requirements. The primary types include manual, semi-automatic, and fully automatic machines.

Types of Flyash Bricks Making Machines

Manual Machines: These are simple, hand-operated machines suitable for small-scale production. They are cost-effective but labor-intensive.

Semi-Automatic Machines: These machines combine manual and automatic functions, making them suitable for medium-scale production. They offer a balance between cost and efficiency.

Fully Automatic Machines: These are advanced machines designed for large-scale production. They are highly efficient, requiring minimal human intervention, and produce high-quality bricks consistently.

Key Components of Flyash Bricks Making Machine

Mixing Unit: This component blends flyash, cement, sand, and water to form a homogeneous mixture. The quality of the mix directly affects the strength and durability of the bricks.

Feeding Hopper: It ensures a steady supply of the mix to the machine, maintaining continuous production.

Hydraulic Press: This is the core of the machine, applying high pressure to mold the mixture into bricks. The hydraulic system ensures uniformity and strength in each brick.

Molds: These determine the shape and size of the bricks. Molds can be customized to produce bricks of different dimensions and designs.

Control Panel: In automatic and semi-automatic machines, the control panel manages the entire operation, allowing for precise control over the production process.

Production Process of Flyash Bricks

Preparation of Raw Materials: Flyash, cement, sand, and water are procured and prepared according to the desired mix ratio.

Mixing: The raw materials are mixed thoroughly in the mixing unit to form a consistent and uniform mixture.

Feeding: The mixture is fed into the feeding hopper, which channels it into the hydraulic press.

Molding: The hydraulic press compacts the mixture into molds, forming bricks under high pressure.

Curing: The molded bricks are transferred to curing chambers where they are subjected to steam or water curing. This process enhances the strength and durability of the bricks.

Quality Control: The bricks undergo rigorous quality checks to ensure they meet the required standards and specifications.

Packaging and Dispatch: The finished bricks are packaged and dispatched for use in construction projects.

Benefits of Flyash Bricks Making Machine

Environmental Conservation: Utilizing flyash reduces the burden on landfills and minimizes the need for topsoil excavation.

Cost-Effectiveness: Flyash bricks are cheaper to produce than clay bricks, and the machines increase production efficiency, reducing labor costs.

High Strength and Durability: The high-pressure molding process ensures that flyash bricks are strong and durable, with excellent load-bearing capacity.

Uniformity: Machines ensure that each brick is of consistent size and quality, reducing wastage and improving construction quality.

Energy Efficiency: Flyash brick making machines consume less energy compared to traditional brick kilns, contributing to energy conservation.

Innovations in Flyash Bricks Making Machines

The fly ash bricks making machine industry has seen significant technological advancements in recent years. Modern machines are equipped with features like:

Automatic Feeding and Mixing: Advanced machines have automated feeding and mixing systems that ensure a consistent and homogeneous mix, improving the quality of bricks.

Programmable Logic Controllers (PLCs): PLCs allow for precise control over the production process, enabling customization and enhancing efficiency.

Robotic Handling: Some machines incorporate robotic arms for handling and stacking bricks, reducing labor costs and improving safety.

Energy-Efficient Motors: Modern machines use energy-efficient motors, reducing electricity consumption and operating costs.

Remote Monitoring: Advanced machines come with remote monitoring capabilities, allowing operators to oversee the production process from a distance and troubleshoot issues in real-time.

Challenges and Solutions

Initial Investment: The cost of setting up a flyash bricks making plant can be high. However, the long-term savings and environmental benefits justify the investment.

Quality Control: Ensuring consistent quality can be challenging. Implementing rigorous quality control measures and regular maintenance of machines can address this issue.

Raw Material Availability: The availability of flyash can vary based on the proximity to thermal power plants. Establishing partnerships with power plants can ensure a steady supply.

Market Acceptance: Although flyash bricks are gaining popularity, some regions still prefer traditional bricks. Educating consumers and showcasing the benefits of flyash bricks can help increase acceptance.

Case Study: Success of Flyash Bricks Making Machine in India

India is one of the largest producers of flyash bricks, thanks to the widespread availability of flyash from its numerous coal-fired power plants. The adoption of flyash bricks making machines has significantly boosted the production and use of flyash bricks in the country.

Case in Point: A Green Construction Company in India

A green construction company in India invested in fully automatic flyash bricks making machines. The company was able to scale up production rapidly, producing over 10,000 bricks per day. The high-quality bricks gained popularity among builders and contractors, leading to increased demand. The company's commitment to sustainability and quality helped it secure several government contracts for affordable housing projects.

Future Prospects

The future of fly ash bricks making machines looks promising, with growing awareness about environmental sustainability and the need for cost-effective construction materials. Innovations in machine technology will continue to enhance production efficiency and brick quality.

Conclusion

Flyash bricks block making machine india are revolutionizing the construction industry by providing an eco-friendly, cost-effective alternative to traditional bricks. These machines ensure high-quality, uniform bricks while conserving energy and reducing waste. As the demand for sustainable construction materials grows, flyash bricks making machines in india will play a crucial role in meeting this demand, contributing to a greener and more sustainable future.

Introduction

The construction industry is continuously evolving, with innovations designed to enhance productivity, efficiency, and sustainability. Among these innovations, automatic block making machines have gained significant attention for their ability to produce a variety of building materials, including hollow and solid blocks, pavers, kerbstones, and fly ash bricks. These machines offer ideal and economical solutions for initial start-ups, enabling entrepreneurs to enter the construction materials market with a relatively low investment while ensuring high-quality output. This article delves into the workings, benefits, and types of automatic block making machines, with a focus on paver block machine, cement bricks machines, and cement bricks making machines.

Understanding Automatic Block Making Machines

Automatic block making machines are advanced machinery designed to automate the process of producing construction blocks. Block machines use a combination of raw materials such as cement, sand, gravel, fly ash, and other aggregates to create blocks of various shapes and sizes. The automation aspect significantly reduces the need for manual labor, thereby increasing production efficiency and consistency in the quality of blocks produced.

Key Components and Functionality

An automatic block making machine typically comprises the following key components:

Batching System: This system accurately measures and mixes the raw materials according to specified proportions.

Conveyor Belt: Transports the mixed materials to the block forming machine.

Block Forming Unit: Uses molds to shape the blocks. The unit applies high pressure and vibration to ensure the blocks are compact and durable.

Control System: A computerized system that controls the entire operation, from batching to the final block formation, ensuring precision and consistency.

Curing System: Ensures that the blocks are cured properly to attain the desired strength and durability.

Advantages of Automatic Block Making Machines

High Efficiency and Productivity: Automation reduces manual labor, allowing for higher production rates.

Consistency and Quality: Automated processes ensure uniformity in the size and strength of blocks, meeting stringent quality standards.

Cost-Effective: Reduces labor costs and minimizes material wastage.

Versatility: Capable of producing various types of blocks, including hollow and solid blocks, pavers, kerbstones, and fly ash bricks.

Eco-Friendly: Many machines can utilize waste materials such as fly ash, contributing to environmental sustainability.

Paver Block Machines

Paver block machines are a specific type of automatic block making machine designed to produce high-quality pavers used in driveways, walkways, and patios. Paver block making machines are equipped with specialized molds to create pavers in different shapes, sizes, and patterns.

Features of Paver Block Machines

Precision Molding: Ensures accurate dimensions and smooth finishes.

High Pressure and Vibration: Compacts the materials to produce durable and strong pavers.

Customization: Offers a variety of mold options to create different designs and textures.

Efficient Curing: Advanced curing systems ensure the pavers attain the required strength.

Applications

Paver blocks produced by these machines are widely used in:

Residential driveways and walkways

Commercial and public sidewalks

Landscaping projects

Industrial flooring

Cement Bricks Machines

Cement bricks machines are designed to produce cement bricks, which are commonly used in building construction. These machines automate the mixing, molding, and curing processes to produce high-quality concrete bricks machine efficiently.

Features of Cement Bricks Machines

Automatic Mixing: Ensures the raw materials are mixed in the right proportions.

High-Pressure Molding: Produces bricks with uniform density and strength.

Versatile Molds: Capable of producing different sizes and types of bricks.

Efficient Production: High output rates suitable for large-scale production.

Benefits

Durability: Cement bricks are known for their strength and long-lasting properties.

Thermal Insulation: Provides better thermal insulation compared to traditional clay bricks.

Eco-Friendly: Utilizes industrial waste products such as fly ash, reducing environmental impact.

Applications

Cement bricks are extensively used in:

Residential building construction

Commercial building projects

Industrial constructions

Paving and flooring

Types of Cement Brick Machines

Manual Cement Brick Machines: Suitable for small-scale operations, these machines require manual intervention for mixing and molding.

Semi-Automatic Cement Brick Machines: Partially automate the process, offering a balance between manual and automated operations.

Fully Automatic Cement Brick Machines: Completely automate the production process, ensuring high efficiency and output.

Conclusion

Automatic block making machines represent a significant advancement in the construction industry, offering efficient and cost-effective solutions for producing a variety of building materials. Whether for producing pavers, cement bricks, or other types of blocks,  concrete block making machine provide the necessary automation to ensure high-quality and consistent output. For initial start-ups, investing in such machinery can be a strategic move, offering a competitive edge in the construction materials market. As technology continues to evolve, block machine manufacturers will likely become even more efficient and versatile, further revolutionizing the way we produce and utilize building materials.

A block making machine is one of the very important equipments to have for making your own concrete blocks instead of buying them. A concrete block making machine is very easy to use, and it can be used to produce a large number of concrete blocks quickly. The price is one of the very important aspects when it comes to producing blocks in the block machine. As an estimate of the daily production requirement of the blocks can help you in determining the cost easily. If you buy the concrete blocks or the hollow blocks at their retail price, they can be very expensive. So, it is more practical to manufacture them using concrete block machine or hollow block making machine.

The blocks manufactured with concrete block machines are strong and they can be produced using the material, which is more affordable. This proves to be a more cost-effective and budget-friendly option in comparison to buying ready-made blocks.

Concrete Block Making - ZENITH 913SC The Traveller Block Machine

ApolloZenith, a joint venture company between India Ahmedabad APOLLO Inffratech group & Germany Zenith Maschinenfabrik Gmbh, world famous block making machines manufacturers with more than 8,000 satisfied clients.

These concrete block making machines can produce hollow blocks, solid blocks, paver block, fly ash brick, cement brick, kerbstone, retaining wall block etc.

APOLLOZENITH brings best world class GERMAN technology from Germany to India. We provide convenient local service with fast response.

Concrete block is an amalgamation of three primary ingredients- Cement, Water, and coarse aggregate. Gravel, stone or pebbles, sand, etc are the various aggregates used in the concrete mix. This Concrete mix can be given multiple shapes such as blocks, brick, tile, etc. Concrete blocks are heavily used in raising several structures in the ground. All across the world, there has been a surge in developing infrastructure projects owing to even more in the developing nations.

ZENITH model 913, the ideal concrete block making machine for economical mass production of high-quality concrete blocks. Available in semi and fully automatic execution. Outstanding performance in open area or buildings. Safe handling and well proven design principles guarantee efficient operation of ZENITH model 913, even still in decades. Different moulds are easily interchangeable. The machine produces concrete elements directly onto the ground, in lines - cycle by cycle. Running wheels of machine are outfitted with Vulkollan coating for protection of concrete floor. Equipped with hydraulic shunting wheel for turning of machine at end of production lines. More than six thousand machines of this type are in operation – worldwide

ZENITH offers for all travellers comprehensive equipment for concrete block handling. Cubers with special clamps are available. Transport of fresh concrete from batching and mixing plant to block machine is preferably made with a forklift equipped with a hopper or with a special concrete loader. Ask ZENITH for the options available.

Safety and quality are guaranteed by ZENITH providing original ZENITH parts are used.

For Concrete Block Making Machine visit at - https://www.apollozenith.com/

Block Making Machine by Apollo Zenith

Block Making Machine, are gaining attention in developed as well as developing countries. It provides fast, reliable and robust outcomes.

Its demand is high in rapidly growing parts of Africa and South-East Asia.Demand for these machines is high, especially in the construction market.

Our Block making machine Products Range

ZN400 Automatic Block Making Machine For More Details Visit - https://www.apollozenith.com/product/zn400-automatic-block-making-machine

ZN600 Automatic Block Making Machine For More Details Visit - https://www.apollozenith.com/product/zn-600-integrated-solutions-for-block-making

ZN900/ZN1000 Automatic Block Making Machine For More Details Visit - https://www.apollozenith.com/product/zn-900-1000-automatic-block-making-machine

Zenith 913 Fully Automatic Mobile Single layer Block/Brick Machine For More Details Visit -  https://www.apollozenith.com/product/zenith-913sc-the-traveller-block-machine

Zenith 940 Fully Automatic Mobile Multilayer Block/Paver Machine   For More Details Visit -  https://www.apollozenith.com/product/zenith-940sc-fully-automatic-mobile-multilayer-machine

Apollo Zenith produces concrete block making machine and paver making machine. Company offers with automatic block making machine designed differently as some are manufactured by Apollo zenith, german design European standard, Champions made in Germany Zenith etc. It includes  different automatic block making machine like ZN400, ZN600, ZN900, ZN1000,  Zenith 913, Zenith 940, Zenith 844, Zenith 1500.

What is an AAC Block?

Autoclaved aerated concrete (AAC), also popularly known as autoclaved cellular concrete (ACC) is a lightweight, foam concrete building material. AAC products include blocks, wall panels, floor, roof panels and many more.

AAC was ameliorated in the mid-1920s by the Swedish architect Dr Johan Axel Ericksson and Professor Henrick Kreuger at the Royal Institute of Technology. The production of AAC started in 1929 at the city of Yxhult, Sweden. Today, aerated concrete is produced in many counties, particularly in Europe and Asia.

AAC Block and its application

AAC block is a thermal insulating concrete based material which is used for internal as well as external construction. AAC can be cut, sawn, drilled and thus, it is simply workable in all aspects.

AAC promotes quick and easy installation. It is appropriate for urban areas with high rise building and high temperature variations.

AAC is used for the construction of fireplace and kitchen as it is a heat and fire resistant.

AAC is an ideal material used in the construction of hospitals and offices situated in noisy areas as it is a sound resistant.

About AAC Block making machine

QGM designs and manufactures AAC block making plant to fulfill the demand of concrete industry. The manufacturing of AAC block making machine was assisted with the help of German technology.

A wide range of block making machines is available as per the customers’ demand. The varied machine comes with number of autoclaves, the autoclave provides heat and pressure to the raw materials to strengthen it.

The Autoclaved Aerated Concrete Production Lines consist:

Milling: Milling includes grinding of raw materials such as fly-ash, lime, OPC cement, Gypsum and aluminum powder. It is the basic process which assures the smooth production and production quality.

Demoulding: Demoulding is the critical process in the AAC blocks manufacture. Once the desired mix is ready, it is lifted by crane or rolled on tracks for demoulding process. Foaming and hardening starts when the slurry is fed into moulds, consisting of gas-forming expansion and perform curing to achieve required strength for cutting process.

Cutting: Cutting process may be categorized as flat-cake and tilt cake based on how the cake is moulded and sent to cutting line. The tilt cake technology is on demand due to its speedy process. The tilt cake technology uses Horizontal cutting machine in the first stage and vertical cutting machine in the second stage. The automated cutting machine provides production efficiency and dimensional accuracy.

Curving: After cutting into desirable size and shapes, the blocks are transferred for curving into autoclaves. Autoclaves are used for steam curing. AAC must be procured and steam cured to achieve enough strength for prolonged usage. Thus, autoclaved curing imparts inherent properties and performance of AAC.

Advantages of using AAC

Easy workability

AAC block making machine can be cut, sawn, drilled into desired shapes

Environmental friendly

It reduces the solid waste at the time of installation. Thus, it can be considered as environmental friendly.

Easy transportation

It is quite easy to transport ACC blocks as it does not suffer from high transit breakage.

Thermal insulation

AAC offers excellent thermal insulation. This reduces recurring cost of energy required for heating and cooling. This allows usage of smaller HVAC (Heating, Ventilation, and Air-Conditioning) than required conventionally.

Prolonged usage

The air pockets in AAC blocks structure prevents progressive collapse of a building and maintains structural integrity.

Why Apollo Zenith?

Apollo Zenith is the new joint venture of Apollo Inffratech with Apollo QGM Zenith. It is spread across more than 42000 sq. mtarea and located near the city of Ahmedabad. This venture provides innovative and high quality concrete product solutions to India’s rapid growing building, constructions, road and cities at optimal prices.

Zenith is a German based, world market leader for Concrete Block machine manufacturer and Paver machine manufacturer established in 1953. It designs world class produces and delivers Concrete Products plants on the highest quality standards plants which are characterized by innovative German Engineering, highly robust and very competitive.

Over last six decades, Zenith has been focusing on the research and development of non-pallet block producing technology, the perseverance paved them off as today Zenith has become the worldwide leader in non-pallet block and paver machine manufacturer.

Zenith is serving customer with non-pallet block and paver machine manufacturing machines across the globe, over last six decades. The world recognized Zenith Quality and safety feature ensures low maintenance and uninterrupted process.

In July 2014, Zenith Maschinenfabrik GmbH was acquired by Quan Gong Machinery called QGM and become a member of QGM Group. This allows it to offer wide range of products to India’s block and paver producer market from Simple Automatic Production Line to Fully Automatic Production line.

Some of the classic creationsby Apollo Zenith:

Machine manufactured By Apollo QGM Zenith in India

The types of Automatic Block Making Machine and its features are described here:

Qt 4 Automatic Block Making Machine

QT 4 automatic block machine is quite adaptable.As only by amending its moulds, it can produce wide range of Blocks, Pavers, Kerbstone, Flyash bricks, Grass Bricks, etc with different size and textures.

It has auto-locking function which can avoid mechanical accidents caused by operational mistakes.

It has integrated structure of vibrating and moulding platforms which improves vibrating efficiency.

It is cost effective and ideal selection for startups.

It is energy saver as consumes less energy for production and less manpower required.

Qt 6 Automatic Block Making Machine

QT 6 automatic block making machine is versatile. It can produce wide range of Blocks, Pavers, Kerbstone, Flyash bricks, Grass Bricks, etc with different size and textures.

It has PLC (Programmable Logic Controller) control system which ensures efficiency of the production with no or minimal defects.

It is made of super strong steel and special welding technology and there is an airbag cylinder in it. Thus, it is a strong vibration resistant.

It is made by advanced technology. The operation process is simple and speedy. Thus, it is user friendly and cost effective.

Machine Germany design manufactured by QGM The types of Automatic Block Making Machine and its features are described here:

T10 Automatic Concrete Block Making Machine

The T series models are designed by Germany Engineers at R&D Centre in Emden.

It uses Germany Siemens PLC control system for the stability and reliability of the machine and Siemens Touch screen for easy operation.

T10 Automatic concrete block making machine is High-efficient Hydraulic System adjust the oil speed and pressure, which leads to high stability and energy saving.

Frequency conversional technology helps to adjust the frequency convertor, protect the product from transfiguration and maintains the motor for prolonged time.

T15 Automatic Concrete Block Making Machine

This T15 concrete block making machine is comprises of some systems such as a vibration system, Fully-automatic control system, electronic system and hydraulic system. It is capable of producing diversified blocks.

The vibration system improves vibration efficiency, ensures the high quality of concrete products.

The fully-automatic control ensures easy operation and low risk of failure.

Champions Made In Germany- Zenith The types of Automatic Block Making Machine and its features are described here:

Zenith 844

Zenith delivers State-of-the-art Concrete Product plants, plants are characterized by innovative German Engineering.

Zenith 844 is anautomatic, stationary and multilayer concrete block making machine.

The production sequence can be fully automated; as a result final cubes are obtained which is ready for transport.

Zenith 913

It is Fully Automatic Mobile Single layer Block/Brick Machine. The ideal machine for mass production with less energy and less manpower.

It performance is excellent in open areas.

It is adaptable, easy to handle and proven design that results into efficient operation.

Zenith 940

This flexible machine offers the widest production of all concrete block.

This Mobile Multilayer Block/Paver Machine is used to produce non standard products or niche products.

Multilayer production ispossible due to segmental units such as pavers and insulating blocks.

The product prepared by multilayer production needs to be cured and packaged. Thus, it saves time which is utilized for internal transportation.

Zenith 1500

The newly designed Zenith 1500 ensures a low-maintenance and hassle free production process.

Fully Automatic Stationary ZENITH 1500 machine has an automatic and quick change of moulds and tamper head cleaning devices helps to complete the delivery procedure.

AAC Blocks Making Machine – China

QGM manufactures AAC (Autoclaved aerated concrete) block making machine fulfills the needs of concrete industry. With the help of German technology, manufacture of lightweight ACC blocks’ is possible.

AAC block is highly thermally insulating concrete, well suited for urban areas with high rise building.