Paver Machine

It has enabled the establishment of factories that enable the mass production of construction materials and the machines that will produce these materials, increasing with the rapid construction, and steps have been taken towards the increase. One of them is the factories that produce Paver machines. The Pavermachine is basically the advanced version of the block machine, the border machine. Paver production can also be produced with a block machine, but since the block machine has a single bucket feature, the homogeneous surface size of the paint raw material that colors the cobblestone increases, which causes more use of the coloring matter, which is a reason that increases the cost. More importantly, the fine and thick aggregates mixed in a single bucket with the block machine cause smooth and low surface corrosion products on the cobblestone floor. The most important feature that separates the Pavermachine from the block machine is that the Paver machine has two buckets. The thick aggregate, which becomes 100% homogeneous by mixing in the mixer in the first bucket, provides the bottom surface of the Paver, while the fine and colored aggregate, which is mixed with the mixer in the second bucket and conveyed by the conveyor belt, produces products with high corrosion resistance due to the compaction of smooth and uniform aggregates on the upper surface of the paver stone. While the product formed with thick aggregate on the bottom surface of the cobblestone produced increases the load carrying capacity on the floor, the fine and colored aggregate forming the upper surface plays a role in making the Paver machine factory more effective in the market addressed by the owner of the Paver machine factory by preventing unnecessary use of both the smooth surface and the coloring matter.

Developing technology in every field causes various changes in the cultures of societies. And these changes have led to changes in people’s needs for life and their desire to be able to reach these needs easily. For this reason, societies have experienced a transition process from dispersed life to collective life. This transition was also reflected in the architecture and construction, and small-scale transportation networks had to be expanded and offered common living spaces to the communities. While creating these living spaces, floors with high human carrying capacity and resistant to corrosion caused by humans and various natural conditions (rain, snow, wind, etc.) were designed. Various materials have been tried until the selection of paving stones. Although natural stone is preferred first, the fact that natural stone is not ergonomic, is buried in the soil with load bearing over time, and therefore needs repairs very often, has forced us to turn to concrete floors in architecture. Concrete floor provides good ergonomics, but providing sufficient corrosion strength increases the cost, causes difficult to repair and bad appearance after repair, and causes flooding in urban formations with low slope surfaces. For this reason, a new product paving stone has been developed. Paving stone is ergonomic because its upper surface is flat, it is resistant to corrosion and has a high carrying capacity because it is produced with high compression, it is possible to design decorative circles by creating different colors and forms because it is fabricated, and it is easy to repair because it is applied with intermittent joints and will not cause bad conditions such as flooding. are in the features.

concrete paver machine

Concrete paver machine is specially manufactured for the production of paver stones and these are the machines preferred by the manufacturer, which will produce paver stones in the calculations made according to the needs in the market, which the manufacturer who established a concrete paver machine factory addresses in the production options of paver, block and curbstone. Concrete paver machine also produces blocks  and curbstones. The feature that distinguishes the concrete paver machine from the block machine is the cobblestone production method, which gives it the features that the cobblestone should have and reduces the cost of cobblestone production. In block production, there is no difference in terms of capacity and production numbers, apart from working with more performance.