Bausano, a leader in extrusion manufacturing technology, presents a range of Extrusion Lines tailored for the production of domestic heating plastic pipes. These pipes play a crucial role in diverse industries, offering innovative solutions for efficient and reliable heat distribution. Explore the versatility and precision achieved through Bausano's advanced extrusion technology.
The dominance of metal pipes in hot water installations has been longstanding, primarily due to the stringent demands associated with operating temperatures ranging between 60°C and 70°C, with occasional spikes up to 95°C. The introduction of plastic pipe materials like PE has provided a viable alternative to traditional metal pipes. Beyond the well-established advantages of being lightweight, easy to install, hygienic, and corrosion-resistant, a pivotal quality for this particular application is the material's ability to withstand and remain stable under both high and low temperature conditions.
Bausano's Extrusion Lines are designed with precision and efficiency in mind, for producing domestic heating pipes that meet the highest standards for home comfort. Utilizing our state-of-the-art Single Screw Extruders and Twin-Screw Extruders, we empower the creation of pipes that are integral to efficient heating systems in residential settings. Our commitment to quality is reflected in pipes that provide consistent heat transfer and durability. Pipes for heating purposes can be of single layer or also multilayer, depending on the material utilized to produce it.
Applications in Residential Heating
In residential heating applications, Bausano's domestic heating pipes serve as essential components for underfloor heating, radiator systems, and other heating solutions. These pipes seamlessly integrate into homes, ensuring uniform and reliable heat distribution. Whether for new constructions or retrofitting existing homes, our extrusion lines contribute to the creation of pipes that enhance the overall comfort and efficiency of domestic heating systems.