- 20
- Dec
direct cooling ice block machine
Our direct cooling ice block machine machines are highly versatile and efficient machines used in the production of Exposed aggregate concrete blocks
and other related products. We offer both stationary and mobile block making machines to meet the different needs of our customers.
Additionally, our block machines can be customized to meet specific production requirements, allowing our customers to produce unique and high-quality products. We also provide comprehensive after-sales service and technical support to ensure the smooth operation and maintenance of our machines.
Equipped with a sturdy steel frame and a powerful motor, our block making machines can easily produce up to 11282 of blocks per hour, saving you time and labor costs. It has a versatile mold configuration that can manufacture a variety of block types and sizes, from standard Insulated concrete blocks to interlocking and Land development projects.
One of the popular models is the QT4-15 direct cooling ice block machine, which has a production capacity of 800-2150 blocks per hour. It is equipped with an automatic control system and hydraulic components, making it easy to operate and maintain. The machine is also designed with a vibrating system, ensuring the even distribution of materials for consistent block quality. Its compact design allows for space-saving installation, making it suitable for both small and large scale production.
In terms of parameters, the QT4-15 direct cooling ice block machine can produce standard bricks, hollow blocks, and other custom shapes with adjustable mold height and vibration frequency. It also has a hopper size of 800x800mm and a conveyor belt for efficient material feeding. Additionally, it has a power output of 24.5kw, ensuring high production speed and energy efficiency.
| (1) | Dimension of host machine | 2608*2000*2000mm | (6) | labour | 4 workers |
| (2) | Weight of the host machine | 3.2T | (7) | Voltage | customized |
| (3) | Moulding period | 25-28 | (8) | Total required machine power | 26.5 KW |
| (4) | pallet size | 850*550*20mm | (9) | Diesel Generator capacity | 31.18KVA |
| (5) | Vibration force | 50KN | (10) | workshop area | 459 m2 |
The Time-Saving Features of Modern Block Machines
direct cooling ice block machine FAQs Guide.
The Block machine is an innovative and advanced piece of equipment that is designed to streamline the process of creating high-quality concrete blocks. With its state-of-the-art technology and precise engineering, our Block machine offers superior performance and efficiency for any construction project. It is a versatile and reliable tool that can produce a wide range of block sizes and shapes, making it perfect for various applications, including residential and commercial buildings, road and sidewalk construction, and more. Combined with its durability and ease of use, our Block machine is the ideal solution for your block-making needs. Join the countless satisfied customers who have experienced the benefits of our Block machine and take your construction projects to the next level.
2.What types of blocks can a direct cooling ice block machine produce?
3.How does a direct cooling ice block machine handle waste materials?
4.Does a direct cooling ice block machine require specialized training to operate?
5.What is the expected return on investment for a direct cooling ice block machine?
6.Can a direct cooling ice block machine be operated continuously or does it require breaks?
7.How does the weight of a block affect transportation and storage?
8.Can a direct cooling ice block machine be used in disaster relief or emergency situations?
9.Is a direct cooling ice block machine easy to operate?
10.How does a direct cooling ice block machine deal with unwanted air pockets in the blocks?
11.What materials are commonly used in a direct cooling ice block machine?
12.About direct cooling ice block machine production capacity
13.Is it possible to produce decorative blocks with a direct cooling ice block machine?
14.About direct cooling ice block machine MOQ
15.About the development history of direct cooling ice block machine factory
16.About direct cooling ice block machine origin
1.Can a direct cooling ice block machine be connected to other construction equipment for seamless production?
We focus on our customers’ needs and strive to meet their expectations, so we take this very seriously.
Yes, a block machine can be connected to other construction equipment for seamless production. This is done by using a conveyor system to move the blocks from the block machine to other construction equipment, such as a mixer, for further processing. This allows for a more efficient and automated production process.
2.What types of blocks can a direct cooling ice block machine produce?
We adhere to the principle of quality first and have a complete production quality management system and quality inspection process.
A block machine can produce a variety of blocks, including concrete blocks, cinder blocks, interlocking blocks, retaining wall blocks, and paving blocks.
3.How does a direct cooling ice block machine handle waste materials?
We focus on innovation and continuous improvement to maintain a competitive advantage.
A block machine is designed to process waste materials into usable building blocks. The machine typically consists of a hopper, a crusher, a mixer, a conveyor, and a press. The hopper is used to feed the waste materials into the crusher, which breaks them down into smaller pieces. The mixer then combines the crushed materials with a binding agent, such as cement, to form a homogenous mixture. The conveyor then transports the mixture to the press, which compresses it into blocks of the desired shape and size. The blocks are then cured and ready for use.
4.Does a direct cooling ice block machine require specialized training to operate?
We continuously upgrade our skills and knowledge to adapt to changing direct cooling ice block machine market needs.
Yes, a block machine typically requires specialized training to operate. Depending on the type of block machine, the operator may need to be trained in the use of the machine, safety protocols, and other related topics.
5.What is the expected return on investment for a direct cooling ice block machine?
The expected return on investment for a block machine can vary greatly depending on the type of machine, the size of the project, and the market conditions. Generally, block machines can have a return on investment of anywhere from 10-30%, with some machines having returns as high as 50%.
6.Can a direct cooling ice block machine be operated continuously or does it require breaks?
Yes, a block machine can be operated continuously, but it is recommended to give it regular breaks to allow for maintenance and repairs.
7.How does the weight of a block affect transportation and storage?
The weight of a block affects transportation and storage in several ways. Heavier blocks require more energy to move and can be more difficult to transport. They also require more space for storage, as they take up more room than lighter blocks. Additionally, heavier blocks may require more specialized equipment for transportation and storage, such as forklifts or cranes.
8.Can a direct cooling ice block machine be used in disaster relief or emergency situations?
Yes, block machines can be used in disaster relief or emergency situations. Block machines can be used to quickly construct temporary shelters, walls, and other structures that can provide protection and shelter for those affected by a disaster. Block machines can also be used to create roads and pathways for emergency vehicles and personnel to access affected areas.
9.Is a direct cooling ice block machine easy to operate?
We have established long-term and stable partnerships with our suppliers, so we have great advantages in price and cost and quality assurance.
Yes, most block machines are designed to be easy to operate. Many modern block machines are automated and require minimal operator input. However, some block machines may require more operator input and knowledge to operate correctly.
10.How does a direct cooling ice block machine deal with unwanted air pockets in the blocks?
A block machine typically has a vibration system that helps to remove any unwanted air pockets in the blocks. The vibration system helps to compact the material and fill any voids that may be present. The vibration system also helps to ensure that the blocks are of a consistent density and strength.
11.What materials are commonly used in a direct cooling ice block machine?
Our mission is to provide customers with the best solutions for direct cooling ice block machine.
Common materials used in block machines include concrete, sand, gravel, cement, and water. Depending on the type of block being made, other materials such as steel, plastic, and wood may also be used.
12.About direct cooling ice block machine production capacity
The production capacity of a block machine depends on the size of the blocks it is producing, the type of material being used, and the speed of the machine. Generally, a block machine can produce between 500 and 5,000 blocks per hour.
13.Is it possible to produce decorative blocks with a direct cooling ice block machine?
Being one of the top direct cooling ice block machine manufacturers in China, We attach great importance to this detail.
Yes, it is possible to produce decorative blocks with a block machine. Block machines are designed to produce a variety of blocks, including decorative blocks. Decorative blocks can be made in a variety of shapes, sizes, and colors, and can be used for a variety of applications, such as retaining walls, garden edging, and more.
14.About direct cooling ice block machine MOQ
The minimum order quantity (MOQ) for a block machine will vary depending on the type of machine and the manufacturer. Generally, the MOQ for a block machine is one unit. However, some manufacturers may require a minimum order of multiple units.
15.About the development history of direct cooling ice block machine factory
The development history of block machine factory can be traced back to the early 20th century. The first block machine was invented in the United States in 1905 by a man named Charles Pankow. This machine was used to make concrete blocks for construction projects. In the 1920s, the first automatic block machine was developed in Germany. This machine was able to produce blocks with a higher degree of accuracy and consistency than the manual machines.
In the 1950s, the first hydraulic block machine was developed in the United States. This machine was able to produce blocks with a higher degree of accuracy and consistency than the manual machines. In the 1960s, the first computer-controlled block machine was developed in the United States. This machine was able to produce blocks with a higher degree of accuracy and consistency than the manual machines.
In the 1970s, the first fully automated block machine was developed in the United States. This machine was able to produce blocks with a higher degree of accuracy and consistency than the manual machines. In the 1980s, the first robotic block machine was developed in the United States. This machine was able to produce blocks with a higher degree of accuracy and consistency than the manual machines.
Today, block machine factories are used to produce a wide variety of blocks for construction projects. They are used to produce blocks for residential, commercial, and industrial projects. Block machine factories are also used to produce blocks for landscaping projects.
16.About direct cooling ice block machine origin
Block machine origin dates back to the late 19th century when the first concrete block machines were developed. The first machines were used to produce concrete blocks for the construction of buildings and other structures. The machines were developed to increase the speed and efficiency of the production process. Over the years, the technology has advanced and the machines have become more sophisticated and efficient. Today, block machines are used in a variety of industries, including construction, manufacturing, and mining.
