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Quality Control
Process Flow
Melting
Raw materials are melted in advanced furnaces to create high-quality alloy compositions.
Chemical Analysis
Each batch undergoes rigorous laboratory testing to ensure the correct chemical composition and properties.
Extrusion
The molten materials are formed into initial shapes, such as rods or wires, through precision extrusion processes.
Wire Drawing
The material is drawn through a drawing machine to achieve the required diameter while improving its surface quality and mechanical properties.
Custom Forming and Sizing
Processing drawn brazing alloys into rods, wires, rings, flat wires, spools, and strips to meet diverse application requirements.
QC for Finished Products
Our final inspection checks openings, burrs, dimensions, roundness, and coloration to ensure top-quality standards.
Packing
Packing ensures products are securely packaged for safe transportation and storage.
Quality Assurance at Every Stage
Manual full inspection
Visually inspects for defective products and removes nonconforming products.
Chemical Composition Testing
To verify that the brazing alloy's chemical composition meets the required standards, ensuring product quality, consistency, and performance in specific applications.
Mirror Inspection Device
To inspect the surface quality of brazing alloys with high precision, detecting defects such as scratches, cracks, or impurities, and ensuring a flawless finish for optimal performance.
Sampling Balance
To accurately measure sample weights during testing, ensuring precise analysis of brazing alloy composition and compliance with quality standards.
Automatic Ring Inspection Machine
To efficiently inspect brazing rings for defects such as size deviations, burrs, or cracks, ensuring consistent quality and reducing manual effort.
Chemical Titration Method for Composition Analysis
To determine the precise chemical composition of brazing alloys through titration, ensuring accuracy and compliance with quality standards.
Spectrometer
To analyze the chemical composition of brazing alloys with high precision, ensuring accurate element identification and compliance with quality standards.
