Quality Control

Metal Manufacturing Quality Control

We take our Quality very seriously!

PROSPERITY^® values product quality and implements complete quality control measures to ensure that every metal product delivered to customers meets quality standards.

PROSPERITY^® strictly controls the quality of the metal smelting process, ensuring that the process parameters such as temperature, pressure, concentration, and time in the original smelting process can meet the product quality requirements.

Common problems in metal processing include dimensional errors, surface roughness, cracks, deformation, etc. These issues will affect the quality and efficiency of metal processing and require timely detection and control.

PROSPERITY^® quality inspection method:

1. Dimensional Inspection

Dimension inspection is one of the most common quality inspection methods in metal processing. The commonly used size inspection methods in PROSPERITY^® include caliper measurement, vernier caliper measurement, and three coordinate measurement. These methods can accurately detect and control the dimensions of metal processing.

2. Surface Roughness Detection

Surface roughness is one of the important factors affecting the quality of metal processing. The commonly used surface roughness detection methods in PROSPERITY^® include optical detection, stylus detection, electron microscopy detection, etc. These methods can accurately detect and control the surface roughness of metal processing.

3. Crack Detection

The problem of cracks in metal processing can have a significant impact on the quality and efficiency of metal processing. The commonly used crack detection methods in PROSPERITY^® include ultrasonic testing, magnetic particle testing, X-ray testing, etc. Through these methods, timely detection and control of cracking problems in metal processing can be achieved.

4. Deformation Detection

The deformation problem in metal processing can also have a significant impact on the quality and efficiency of metal processing. The commonly used deformation detection methods in PROSPERITY^® include optical detection, deformation measurement, strain measurement, etc. Through these methods, deformation issues in metal processing can be detected and controlled in a timely manner.

PROSPERITY^® quality control method:

1. Design Control

Design control is one of the most important control methods in metal processing. PROSPERITY^® can reduce potential problems in metal processing and improve the quality and efficiency of metal processing by optimizing design and process flow.

2. Processing Control

Processing control is another important control method in metal processing. PROSPERITY^® can reduce potential problems in metal processing and improve the quality and efficiency of metal processing by controlling the machining process.

3. Detective Control

Detection control is one of the most direct control methods in metal processing. PROSPERITY^® can avoid problems and improve the quality and efficiency of metal processing by timely detecting and controlling the quality of metal processing.

PROSPERITY^® will continue to do a good job in quality management, ensuring that every delivery can satisfy customers.