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Block Making Machine

What is Block Making Machine

The concrete block making machine uses pressure and vibration to form different kinds of concrete blocks by using different moulds. The machine is then pressed with high pressure so that well- made cement, hollow and pavement blocks are manufactured.

Benefits of Block Making Machine

Versatility guaranteed
Concrete blocks are a very versatile material that every day is more used thanks to its high performance in buildings and properties. There are many ranges of colors, variety of shapes and surface textures for indoor and outdoor use.

Great performance constructive
Concrete blocks provide high performance constructive because usually they are larger and have fewer joints, which is the most vulnerable part.

Uniformity of the blocks
The measures of concrete blocks are uniform and this allows modular systems and a precise accuracy of the material needed.

Cost reduction
Building with concrete blocks has many advantages such as speed and accuracy in the blocks.

Compressive strength
The normalized compressive strength of concrete blocks manufactured by Prensoland’s block making machines exceed 10N/mm 2, allowing to use them in resistant walls (CTE provides a minimum of 6 N / mm 2 for this use).

Good resistance to fire
Concrete blocks offer good fire resistance, which can reach 240 minutes. Furthermore, in case of fire, the concrete blocks retain their structural characteristics.

Assembly quality
Block making machine machines let to manufacture concrete blocks of high quality and an infinite number of special pieces (lintels, kerbs, pavers, corner blocks, half blocks, assembly blocks, etc..), pieces to guarantee the assembly quality.

Acoustic
Quality concrete blocks offer very good acoustic performance to meet current regulations, even with a single sheet solutions and simple implementation. There are concrete blocks that reach reach 60 dB of acoustic insulation.

Thermal insulation
Concrete has a large capacity to store heat. Dense materials like concrete are slow cooled and heated. This feature is very important in terms of energy consumption.

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Why Choose us
 

Wide range of products
They offer a wide range of products, including concrete mixer truck, concrete boom pump, concrete batching plant, and other heavy construction machinery and equipment.

 

Experienced team
Their team members have years of experience in the construction machinery industry, and they have a good understanding of the needs and requirements of their clients.

 

Quality assurance
They have a strict quality control system and have achieved ISO 9001:2015 certification. Their products are tested at different stages of production to ensure quality and reliability.

 

Satisfied customers
They have served numerous clients from all over the world, and their customers are highly satisfied with their products and services.

 

Competitive prices
They offer highly competitive prices for their products, ensuring that customers get the best value for their money.

Types of Block Making Machine
 

Concrete block machine

It is an automatic block machine operated hydraulically on wheels. It is an egg laying type machine as the process of laying down a block & moving forward on the floor resembles that of falling down of an egg. The machine has the capability to produce any type of concrete block with the help of concrete molds and the setting ram in the machine.

 

Solid block making machine

The solid block making machine is used to manufacture concrete solid block. The machine operation again resembles that of falling off an egg and is hydraulically operated. The blocks produced by this machine are of superior quality.

 

Paver block making machine

The paver block machine produces paver blocks and designer tiles of superlative quality. The color pigments are poured into the molds during the production and are solidified in vibrating tables.

 

Concrete hollow block making machine

The concrete hollow block making machine is a hydraulic operated machine with its process of laying a block on the floor matching that of an egg falling. It lays a block on the concrete floor and then moves forward for laying down the next block. The hollow block making machine is competent to incorporate different concrete mold in order to produce a variety of products.

 

Movable concrete block machine

The movable concrete block machine is a mass production machine and is tweaked with the latest technology. The raw materials for the machine are automatically fed. The machine is hydraulically operated and moves forward to continue its operation after laying down the blocks.

 

Hydraulic solid block making machine

Hydraulic solid block making machine, as the name suggests, is a hydraulic operated machine. It produces a solid block and after laying down the block, moves forward.

Application of Block Making Machine

Construction
One of the most common uses of a block making machine is for building construction. It is used to produce various types of blocks such as solid blocks, hollow blocks, interlocking blocks, and paving blocks that are used for walls, foundations, and pavements.

 

Landscaping
Block making machines are also used for landscaping purposes. They can produce blocks of different sizes and shapes that can be used for garden walls, retaining walls, and other outdoor features.

Infrastructure

Block making machines are used for the construction of infrastructure such as roads, bridges, and dams. They can produce concrete blocks that are used to build retaining walls and other structures that are required for these projects.

Manufacturing

Block making machines can also be used for manufacturing purposes. They can produce blocks that are used in the production of furniture, toys, and other products.

Environmental

Another use of block making machines is in the creation of environmentally friendly products. They can be used to produce blocks made from recycled materials, which can help reduce waste and promote sustainability.

Block Forming Machine Components
 
1

Hydraulic system
This system is responsible for giving the power to the machine for the formation of blocks. It converts the mechanical power to hydraulic pressure which in turn powers the various functions of the machine.

2

Mixing system
This system is responsible for the homogeneous mixing of raw materials such as cement, sand, aggregate, water, and other additives. It can be a manual, semi-automatic or fully automatic process depending on the machine.

3

Block mould
The block moulds are the cavities that shape the blocks. They come in different sizes and shapes depending on the block type and required production capacity.

4

Vibrating system
The primary function of the vibrating system is to compact and settle the mix in the mould to give it a smooth finish. It is either done through the use of vibration motors or hydraulic pressure.

5

Electrical system
This system controls the electrical components such as the control panel, sensors, switches, and other electrical units. It ensures the safe and efficient operation of the machine.

6

Control panel
The control panel is the brain of the machine, it controls the entire system and manages the input and output of data for the efficient production of blocks.

7

Pallets
The pallets serve as the base on which the blocks are formed and cured. They are typically made of wood, plastic, or metal depending on the machine.

8

Stacker
The stacker is used to automate the process of stacking and removing cured blocks from the pallet. It can be automatic, semi-automatic, or manual depending on the machine.

Tips to Consider Before Maintaining Your Block Forming Machine

 

Never neglect abnormalities

In case of any abnormalities detected, the machine should be shut down as soon as possible and the reason for the abnormality should be investigated. A small fault can ultimately lead to break down of the whole system, so the fault should be attended in time.

Having trained professionals

An unskilled person performing maintenance and servicing is much worrying than not maintaining the machines at all. A fault neglect or not attended properly can result in a bigger fault in future, hence it should be made sure that every repair and servicing is done by skilled professional only.

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Maintenance of Block Forming Machines
 
 
Scheduled performance check

It is important to have a regular performance check for every unit of machinery in block making machine. During the checkups, it should be made sure that control systems, switches and various other components are functioning properly. In case of detection of any fault, removing the fault must be prioritized.

 
Before starting the machine

A short performance check is necessary, before starting the block making machine, to make sure everything is working well. Things like lubrication, performance abnormalities, faulty parts, tightening and few other inspections can be performed before putting the machine into work. This will avoid break down of the whole system and abrupt the work in the middle.

 
Regular cleaning/lubrication of parts

Block making machines are often exposed to micro dust that can affect movements of various mechanical parts or even clogging the lubrication flow. Microdust and improper lubrication are most common the reasons for the underperformance of the system, in the worst condition, it can even lead to faulty parts and complete system shutdown. A regular cleaning and lubrication of machine can avoid much of the troubles and ultimately prolong the machine's life.

 
Maintenance in winter/low temperature

Considering any heavy machinery, production is not the same in winter and summer, the atmospheric condition makes a huge difference and hence various changes in production are important to be considered. Often in production, water is used in materials and low temperature may cause materials to freeze. To avoid this, usage of antifreeze should be motivated and applying insulation to raw products is also suggested. Lubricants can also be affected in low temperature hence of antifreeze in lubricants is also suggested. Before placing machines to sleep, it is advised to drain all the hydraulic fluids to avoid freezing.

 
Choosing the Right Concrete Block Making Machine for Your Construction business
 
1

Understand your production needs
Before diving into the selection process, it’s crucial to assess your production needs. Consider factors like the scale of your projects, the volume of blocks required, and your budget constraints. Are you a small-scale contractor, or do you have ambitious plans for large-scale construction? Understanding your production needs will help you determine the type and capacity of the concrete block making machine that suits your business.

 
2

Types of concrete block making machines
There are several types of concrete block making machines available, each designed for specific purposes. Here are the most common types:
● Manual Block Making Machine: These machines require manual labor for operation and are suitable for small-scale production with limited output.
● Semi-Automatic Block Making Machine: These machines combine manual and automatic operations, offering a higher production capacity than manual machines.
● Fully Automatic Block Making Machine: These machines are highly automated, capable of producing large volumes of concrete blocks with minimal human intervention.
● Mobile Block Making Machine: Ideal for on-site construction projects, mobile block making machines are compact and easy to transport.
Choose a machine type that aligns with your production needs, budget, and available manpower.

 
3

Quality and types of blocks
Consider the specific types and sizes of concrete blocks you intend to produce. Different machines may be better suited for manufacturing specific block types, such as solid blocks, hollow blocks, paving blocks, or interlocking blocks. Ensure that the machine you choose can meet your quality and customization requirements.

 
4

Production capacity
Production capacity is a critical factor in choosing the right concrete block making machine. Evaluate your anticipated block production volume and choose a machine that can meet or exceed your production targets. Keep in mind that some machines can be upgraded or expanded to accommodate increased production demands in the future.

 
5

Quality and durability
Investing in a high-quality, durable concrete block making machine is essential for the long-term success of your construction business. Check the materials used in the machine’s construction, the quality of components, and the reputation of the manufacturer. Reading customer reviews and seeking recommendations from industry peers can help you assess the machine’s quality and reliability.

 
6

Automation level
The level of automation in the machine affects not only production efficiency but also labor requirements. Fully automatic machines are more efficient and require less manual labor, while manual and semi-automatic machines may be more labor-intensive. Consider your available workforce and labor costs when deciding on the automation level of your machine.

 
7

Maintenance and support
Regular maintenance is essential to keep your concrete block making machine running smoothly. Inquire about the maintenance requirements and availability of spare parts for the machine you’re considering. Additionally, choose a manufacturer or supplier that offers reliable customer support and training to ensure that your team can operate and maintain the equipment effectively.

 
8

Energy efficiency
As per leading Concrete block making machine manufacturers, Energy costs can be a significant factor in the long-term operational expenses of your concrete block making machine. Look for machines designed with energy-efficient features, such as variable speed drives, automatic shutdown, or low-power consumption components. Energy-efficient machines not only save you money but also contribute to environmental sustainability.

 
9

Cost considerations
While budget constraints are a crucial factor, it’s essential to strike a balance between cost and quality. Avoid compromising on quality to save on initial costs, as this can lead to higher maintenance expenses and lower productivity in the long run. Evaluate the total cost of ownership, including purchase price, operational costs, and potential revenue generation, when making your decision.

 
About Us
 

Hangzhou Tob Engineering Machinery Co.,Ltd.,is one of the professional manufacturers of construction and engineering equipment in China. Situated in Jiande City, Hangzhou, which is about 100 kilometers away from Yiwu and 250 kilometers away from Ningbo Port, we enjoy an advantageous geographical location. The history of our manufacturing in construction machinery can be traced back to 1991. In 2008, the foreign trade department has been established and our goods started to be exported abroad. In 2016, we moved to the new factory in Jiande City, which covers an area of about 20000 square meter. We are very confident to enlarge our business scope in the brand new factory.
As a rapidly growing company specializing in the design and production of an extensive range of equipment in construction and engineering industry, we could supply you with products as follows: Concrete Mixer, Concrete Mixing Plant, Concrete Block Making Machine, Concrete Mixing Truck, Concrete Pump, Site Dumper, Wheel Loader, Small Crane, Tower Crane, Construction Lifter, Vibratory Roller, Light Tower, Plate Compactor,Tamping Rammer, Power Towel,Concrete Cutter, Concrete Vibrator ,Water Pump , Rebar Bender, Rebar Cutter and so on. 

Indian Engine Concrete Mixer With Lift Function

Certificate
 

 To win more customer, we would like to give the following preferable policy:
OEM/ODM orders and customer's design are welcome.
No minimum order limit.
One-year quality warranty.

Indian Engine Concrete Mixer With Lift Function

 

Asked Questions
 
 

Q: How does a block making machine work?

A: The operation of a block-making machine is based on the vibration and compression of the concrete. They have a hopper in which to receive and store the fresh cement for the production of the blocks.

Q: What are the procedures involved in making blocks?

A: The concrete bricks manufacturing process consists of four steps: mixing, molding, curing, and cubing. There are concrete plants which only make concrete blocks while others produce a variety of precast products like blocks, flat paver, decorative pieces like lawn edging, concrete bricks, etc.

Q: How is block work measured?

A: Brickwork and blockwork are measured in m2 stating the actual thickness, for example 215 mm, the plane where other than vertical, such as battering or tapering, and whether it has facework (finished fair) on one or both sides (SMM F10. 1.1–3.1–4).

Q: What machine is used to make blocks?

A: Automatic hydraulic block and paver machine, automatic concrete block machine, semi-automatic hydraulic concrete block making machine, and egg-laying concrete block making machine are few examples of block making machines. These machines produce hollow and solid blocks, fly ash bricks, pavers, and kerbstones.

Q: What materials are used for block work?

A: Dense blocks are usually made from cement, fine aggregate and coarse aggregate. They can be produced in a range of crushing strengths and tend to be used for structural purposes, such as foundations and load-bearing walls. They generally have poor thermal insulation and readily absorb water, but have good thermal mass.

Q: What materials are used to make blocks?

A: Concrete blocks are often made of 1:3:6 concrete with a maximum size aggregate of 10mm or a cement-sand mixture with a ratio of 1:7, 1:8 or 1:9. These mixtures, if properly cured, give concrete blocks a compression strength well above what is required in a one-storey building.

Q: What materials can be used to make blocks?

A: For the production of concrete blocks, cement, sand, stone dust, and crumb are used, with a diameter of 3 to 5 mm. These are the most common materials for the production of all types of concrete blocks and bricks.

Q: How do you calculate the strength of a block?

A: The ability of a concrete block to endure compression stresses applied to its surface is a highly essential physical attribute of this popular construction material. The formula for calculating compressive strength is as follows: Compressive Strength = Applied Maximum Load / Surface Area of the Specimen.

Q: How do I calculate how many blocks I need?

A: Determine how many blocks you will use by dividing the area of your wall by the area per block. Find out the price per block, then multiply the number of blocks by its unit price. The result represents the total block cost of your wall. This does not include other miscellaneous expenses like the mortar required.

Q: How long does it take to block lay?

A: For a small wall, it may take a few days, while larger or more complex walls could take several weeks. It's best to consult with a professional or reference specific building plans for a more accurate estimate. Depends on how big the wall is and how big the blocks are.

Q: How thick is block work?

A: The blocks are available in a standard face size of 440 x 215mm and in thicknesses of 75mm, 100mm and 140mm in a standard finish (suitable for rendering).

Q: How do you calculate mortar for block work?

A: Build a sample 1m² first and measure the amount of mortar used. When the mortar per m² is established, multiply that by the total area of the works. This method produces an estimate, by no means accurate but a ballpark figure you can work with.

Q: What is a hollow block maker?

A: It's a machine that produces hollow blocks using pressure and vibration. In modern construction practices, bricks are categorized according to materials used to form them and the method of production.

Q: What are milling blocks used for?

A: In milling operations, these blocks are commonly used as a square reference or a mounting point. 1-2-3 blocks are handy for accurately representing lengths, making them similar to gage blocks. Additional uses for 1-2-3 blocks include: Precise grinding, and layout work.

Q: Which cement is used for block work?

A: CEMEX's Type N Masonry Cement, Type S Masonry Cement and Type M Masonry Cement are specially formulated and manufactured to produce masonry mortar. The masonry mortar is often used in brick, concrete block and stone masonry construction; it is also used to produce stone plaster.

Q: How do you Mould blocks?

A: Slowly pour wet concrete mixture into the mould until it is full, vibrating the concrete in the process to ensure a compact block. Smooth out the concrete with a trowel to tackle any irregular areas. Leave the concrete to set – usually for 24 hours, although this is dependent on the mix of your concrete.

Q: What sand is used to make blocks?

A: Masonry sand is a fine-grained, clean sand that is used to make concrete and mortar. This sand is typically used for laying bricks, stones, or blocks, therefore it's ideal for patio construction.

Q: What kind of wood is used for blocks?

A: A suitable wood type for making toy blocks is hardwood, such as maple, beech, or oak. These woods are durable, have a smooth grain, and are safe for children to handle. It's important to use non-toxic finishes or paints if the blocks will be colored or coated for added safety.

Q: How many blocks can one bag of cement produce?

A: Generally, a bag of cement can make anywhere from 20 to 80 standard-sized concrete blocks. A standard-sized block is 8 inches by 8 inches by 16 inches, and typically requires about 10-12 pounds of cement to make.

Q: What is the mortar ratio for masonry?

A: Masonry in foundation and plinth: A mortar in the ratio of 1: 6 that means 1 part of cement and 6 parts of sand is considered of medium quality and strength and is considered suitable for heavy walls and foundation of heavy or multi-storey building.

As one of the leading block making machine manufacturers and suppliers in China, we warmly welcome you to wholesale high quality block making machine at competitive price from our factory. Good service and cheap products are available.

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