The main causes of deformation of metal hoses include the following:
1. Bending angle and times: When the metal hose is bent, the smaller the bending radius, the greater the deformation. Frequent bending can lead to fatigue damage and deformation of metal hoses.
2. Temperature: The deformation of metal hoses in high temperature environment will be greater than that in low temperature environment. High temperatures can reduce the strength and stability of metal hoses.
3. Internal pressure: When the metal hose is subjected to excessive internal pressure, the bellows will warp, reducing its bearing capacity and fatigue life, resulting in deformation.
4. Installation problems: During the installation process, the bending radius is too small, the plastic mesh bag is too loose or the braiding angle is too large, etc., which will lead to deformation and blistering of the metal hose during operation.
Ways to prevent and address metal hose deformation include:
1. Choose high-quality metal hoses: Choosing a good quality metal hose can enhance its bending resistance and corrosion resistance, and reduce the amount of deformation.
2. Control the bending angle and times: When using metal hoses, choose the appropriate bending radius and angle to reduce the number of bends to avoid deformation fatigue.
3. Control the use temperature: Use the metal hose within a reasonable temperature range to avoid long-term use in a high-temperature environment.
The main causes of deformation of metal hoses include the following:
1. Bending angle and times: When the metal hose is bent, the smaller the bending radius, the greater the deformation. Frequent bending can lead to fatigue damage and deformation of metal hoses.
2. Temperature: The deformation of metal hoses in high temperature environment will be greater than that in low temperature environment. High temperatures can reduce the strength and stability of metal hoses.
3. Internal pressure: When the metal hose is subjected to excessive internal pressure, the bellows will warp, reducing its bearing capacity and fatigue life, resulting in deformation.
4. Installation problems: During the installation process, the bending radius is too small, the plastic mesh bag is too loose or the braiding angle is too large, etc., which will lead to deformation and blistering of the metal hose during operation.
Ways to prevent and address metal hose deformation include:
1. Choose high-quality metal hoses: Choosing a good quality metal hose can enhance its bending resistance and corrosion resistance, and reduce the amount of deformation.
2. Control the bending angle and times: When using metal hoses, choose the appropriate bending radius and angle to reduce the number of bends to avoid deformation fatigue.
3. Control the use temperature: Use the metal hose within a reasonable temperature range to avoid long-term use in a high-temperature environment.