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NHY-F0013
NHY
· Automotive: Used in engine cooling systems, brake lines, and fuel delivery systems.
· Aerospace: Essential for aircraft hydraulic systems, fuel lines, and structural connections.
· Manufacturing: Applied in machinery for power transmission and fluid handling.
· Oil & Gas:Suitable for pipelines and equipment in high-pressure, high-temperature environments.
· Renewable Energy: Used in wind turbines, solar power systems, and hydroelectric equipment for reliable connections.
Easy Installation and Maintenance：With user - friendly designs, our joints are easy to install, which significantly reduces construction and assembly time, as demonstrated in solar power plant frame construction projects. Their robust build and high - quality materials also result in extended maintenance intervals, reducing overall lifecycle costs for customers.
Workers cut metal bars into blanks of appropriate lengths as the base material for joint processing.
Scene 2: Rough Machining
The blanks are initially turned on a lathe to form the approximate shape of the joint.
Scene 3: Finish Machining
The roughly machined joints are finely ground using a grinding machine to ensure dimensional accuracy and surface finish.
Scene 4: Heat Treatment
The finish-machined joints are placed in a heat treatment furnace for processes like quenching and tempering to improve their hardness and toughness.
Measuring tools and testing equipment are used to strictly inspect the joints, ensuring they meet the required standards.
· Automotive: Used in engine cooling systems, brake lines, and fuel delivery systems.
· Aerospace: Essential for aircraft hydraulic systems, fuel lines, and structural connections.
· Manufacturing: Applied in machinery for power transmission and fluid handling.
· Oil & Gas:Suitable for pipelines and equipment in high-pressure, high-temperature environments.
· Renewable Energy: Used in wind turbines, solar power systems, and hydroelectric equipment for reliable connections.
Easy Installation and Maintenance：With user - friendly designs, our joints are easy to install, which significantly reduces construction and assembly time, as demonstrated in solar power plant frame construction projects. Their robust build and high - quality materials also result in extended maintenance intervals, reducing overall lifecycle costs for customers.
Workers cut metal bars into blanks of appropriate lengths as the base material for joint processing.
Scene 2: Rough Machining
The blanks are initially turned on a lathe to form the approximate shape of the joint.
Scene 3: Finish Machining
The roughly machined joints are finely ground using a grinding machine to ensure dimensional accuracy and surface finish.
Scene 4: Heat Treatment
The finish-machined joints are placed in a heat treatment furnace for processes like quenching and tempering to improve their hardness and toughness.
Measuring tools and testing equipment are used to strictly inspect the joints, ensuring they meet the required standards.
