10Bar explosion resistant PU trachea
The pressure resistance of 1.5MPa is one of the important characteristics of this wear-resistant trachea. In industrial pneumatic systems, compressed air usually needs to reach a certain pressure to drive various pneumatic equipment to work properly. This trachea can withstand a pressure of 1.5 MPa, ensuring stable and efficient delivery of compressed air within the pipeline.
In some pneumatic tools and equipment that require high pressure, such as pneumatic drills, pneumatic riveting machines, etc., a pressure resistant 1.5MPa air pipe can ensure sufficient power output to enable the tools and equipment to perform normally. At the same time, in situations where the compressed air delivery distance is long or the pipeline layout is complex, this air pipe can also overcome pressure loss with its pressure resistance performance, ensuring that the compressed air reaches various usage points smoothly.
Excellent wear resistance and extended service life
Industrial production environments are often complex and varied, and compressed air delivery pipes are subject to various frictions and wear during use. This wear-resistant trachea adopts special materials and manufacturing processes, with excellent wear resistance.
The inner wall of the trachea is usually made of smooth and wear-resistant materials, which can reduce the friction between compressed air and the pipe wall during transportation and reduce the degree of pipe wall wear. At the same time, the outer layer of the trachea is also made of high-strength wear-resistant materials, which can resist scratches and collisions from external objects. In some material conveying systems, compressed air needs to drive granular or powdery materials for conveying, and the trachea will be impacted and worn by the materials. And this wear-resistant trachea can effectively resist material wear, extend service life, reduce replacement frequency, and lower the cost of enterprise use.
Excellent material quality ensures the quality of transportation
In order to ensure the quality and safety of compressed air transportation, high-quality materials are selected for the wear-resistant air pipe with a pressure resistance of 1.5MPa.
The main material of the trachea generally has good pressure resistance and flexibility, which can withstand high pressure while adapting to different installation environments and pipeline layouts. It can be bent and adjusted according to actual needs without cracking or deformation. In addition, the material of the trachea also has good corrosion resistance, which can resist the erosion of corrosive substances such as moisture and oil that may be contained in compressed air, ensuring the purity of compressed air and avoiding damage to pneumatic equipment and systems.
Easy installation, suitable for various scenarios
This wear-resistant trachea has great advantages in installation, as it can adapt to various installation scenarios and needs.
There are various ways to connect the trachea, including quick couplings, threaded connections, and more. Quick connector installation is convenient and fast, without the need for complex tools, and can quickly connect and disconnect the trachea, greatly improving installation efficiency. The threaded connection method has the characteristics of firm connection and good sealing, and is suitable for some occasions with high sealing requirements. Whether in the factory workshop or on outdoor construction sites, this wear-resistant air pipe can be flexibly installed according to actual conditions to meet the needs of various industrial pneumatic systems.
Easy maintenance and reduced operating costs
The daily maintenance of wear-resistant compressed air delivery pipes with a pressure resistance of 1.5MPa is relatively simple, which helps to reduce the operating costs of enterprises.
Regular inspection of the appearance of the trachea for defects such as wear, aging, and cracks is a key focus of maintenance work. Through visual inspection, potential problems can be detected in a timely manner and corresponding measures can be taken to deal with them, avoiding equipment shutdown and compressed air leakage caused by air pipe failures. In addition, regularly cleaning the impurities and dirt inside the trachea can also ensure the smooth delivery of compressed air and improve the efficiency of the pneumatic system.