Extruder is the solution for the production of hollow core slabs
Extruder is the solution The production of concrete hollow core floor slabs is one of the key stages in construction, where precision, reliability and high productivity are important. Modern technologies make it possible to simplify and automate this process, reducing costs and increasing product quality. One of such advanced solutions is the TDM extruder, which helps to create strong and durable boards, ideal for building structures. TDM extruders have already established themselves in the market as reliable and high-tech equipment capable of working with different types of concrete. These devices ensure stable production of slabs and reduce maintenance costs.
Advantages of TDM extruders
TDM extruder for slab production provide high quality molding due to the following features:
- Modular design – makes it easy to customize the equipment depending on the type and properties of concrete.
- Intuitive interface – easy to operate via touch screen, which simplifies operation.
- High productivity – the extruder can mold concrete hollow core floor slabs at speeds up to 3.0 m/min, which saves time.
Varieties of extruders
TDM offers several extruder series:
- S Series: Powerful extruder with machine learning functions and touch screen interface.
- N Series: Versatile model with independent screw drives.
- L series: Economical solution for the production of concrete hollow core slabs and wall panels.
Each series is designed to work with specific types of concrete and has unique characteristics.
How does the extruder work?
The extruder passes the concrete mix through the compaction group, utilizing augers and high frequency vibratory rails for uniform compaction. This ensures high density and strength of the slab, as well as consistent product dimensions. The compaction group also has a service platform, making it easy to maintain the equipment.
The extruding solution for the production of concrete hollow core floor slabs is the best choice for companies that want to increase production efficiency, improve slab quality and reduce production costs. These extruders can help automate the process and handle a high volume of work, which is especially important in today’s market. Products made with TDM extruders are characterized by high strength and durability, which reduces the cost of subsequent maintenance. Thus, TDM extruders become indispensable for any business in the construction industry.
Frequently asked questions on extrusion as a solution for the production of concrete hollow core slabs
- What are the benefits of using TDM extruders to produce hollow core slabs?
TDM extruders allow you to automate the production process of concrete hollow core floor slabs, ensuring high quality products, lower costs and increased productivity. The equipment is easily customizable and adaptable to different types of concrete.
- What types of extruders does TDM offer?
TDM offers extruders in different series: S, N and L. Each series has unique characteristics and is designed to work with certain types of concrete, which allows you to find the best solution for the tasks of a particular company.
- Can TDM extruders be used to produce slabs of different thicknesses and widths?
Yes, TDM extruders are designed for molding concrete hollow core floor slabs of different thicknesses and widths. The equipment supports flexible settings to produce slabs to meet the requirements of different construction projects.
- How are the extruders serviced?
TDM extruders have a service platform and simplified design, which makes maintenance easier. The operator has easy access to the main components, allowing for quick preventive maintenance and troubleshooting.
- What is the productivity of TDM extruders?
Depending on the model, TDM extruders provide molding speeds from 3.0 meters per minute, which can significantly reduce the time to produce one plate and increase the volume of output.
- Is TDM equipment suitable for working in harsh climatic conditions?
Yes, TDM extruders are designed for various operating conditions. They can operate in harsh climatic conditions, ensuring stable product quality and reliability in any production environment.