Smooth-wall tubes are versatile tube solutions for low-pressure and unpressurized applications. They are ideal for the safe conveyance of fluids and as protective tubes in industrial applications and automotive engineering. Thanks to a variety of materials, surface textures, and multi-layer constructions, smooth tubings can be precisely tailored to specific requirements.
Whether with smooth or profiled inner and outer surfaces, custom material combinations, or customized configurations as cut lengths, rolls, or spools: smooth tubings offer a high degree of flexibility. Multi-layer tubings, spirals, shaped tubings, or complete assemblies are also available to optimally meet technical and design requirements.
Materials Tubing Geometries & Functional Features
Typical applications for smooth tubings include paint and varnish tubings, insulating tubings, brake tubings, water-cooling tubings, and solutions for specialty cables. In mechanical and plant engineering, technical equipment, and automotive engineering, they stand out due to their precise design tailored to installation space, medium, and load. This results in customized tubes solutions that are functional, efficient, and application-specific.




Smooth tubes can be designed with a variety of technical functions and structural properties. Depending on the application, additional elements can be integrated to enhance stability, orientation, visibility, or specific functionalities.
The technical design is, of course, based on the specific requirements of the industrial application.
Request Technical Specifications
Our smooth-bore tubes for industrial applications are manufactured from various high-quality plastics. Depending on the material, different mechanical, thermal, and chemical properties result, enabling their use in a wide variety of applications. Through the targeted addition of additives, certain material properties can be further optimized, enhanced, or expanded to meet the demands of modern industrial applications.
Smooth tubes made of polyurethane (PUR) are characterized by their high flexibility, good abrasion resistance, and excellent cold resistance. In addition, they offer high load-bearing capacity as well as good resistance to UV radiation and mechanical stress.
The selection of the appropriate material always depends on the respective operating conditions and the specific requirements of the application.
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