Stainless steel metal hoses are a general term for metal hoses, including various types of metal hoses and metal hoses for various purposes. Today we will introduce the classification of stainless steel metal hoses. Spiral metal hose, thick wall, high pressure, and low movement. Circular metal hoses have outstanding flexibility and are not easily changed under stress and deformation, making them easy to use with various joints. It is generally used in places where exercise is frequent or in conditions with high daily requirements.

Surrounding metal hose (unsealed) adopts successful new forming techniques, which not only have the characteristics and advantages of metal hoses and corrugated pipes, but also have characteristics such as elasticity, flexibility, resistance to bending, oscillation, fatigue, and high temperature. The bending resistance is better than that of corrugated pipes. Nowadays, elastic hoses are primarily used in exhaust pipes of internal combustion engines as compensation devices for thermal expansion and shortening of pipelines.

Because it has high resistance to oscillation, fatigue, and high temperature, it can repeatedly improve its service life. This elastic tube is particularly suitable for connecting the exhaust hose between the engine and muffler of motor vehicles, forklifts, and other motor vehicles. The same applies to the exhaust pipes of marine internal combustion engines. In addition, elastic hoses can also be used in places where the demand is often tortuous, heat-resistant, and corrosion-resistant. Transporting non liquid thermal energy, particles, etc., along with the tortuous and dynamic pipeline demand; Pipeline maintenance sleeves or liners are used for bending and swinging, etc.

The dual temperature controlled corrugated metal hose and the dual tube inner tube flow through two different liquids together. The steam inside the outer tube is conducive to the heating of the liquid inside the inner tube, avoiding the solidification of the medium inside the tube or a decrease in IN temperature. NER tube and inner tube wall. Outside the outlet, the relative orientation of the inlet is 180 °.