Comprehensive Quality Inspection Process
To ensure our metalworking and finished products meet the highest quality standards, we utilize advanced inspection instruments at every step of the processing and coating phases. Our thorough quality control procedures include multiple testing stages to confirm that our products meet durability, performance, and visual requirements.
Durability and Wear Resistance Testing
Our durability and wear resistance tests assess how well our coatings stand up to long-term use, guaranteeing that our products maintain their functionality and appearance even in demanding environments.
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Abrasion Tester B-04
Testing Material's Resistance to Friction: Evaluates how well a material can withstand friction and reduce wear over time.
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Taber Abrasion Tester
Specialized Measurement of Material's Wear Resistance: Specifically measures the ability of a material's surface to resist wear and tear.
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RCA Wear Tester
Measuring Material's Wear After Repeated Friction: Assesses the level of wear and degradation a material experiences after repeated friction exposure.
Surface Characteristics Measurement
We use advanced equipment to measure surface characteristics, ensuring our coatings meet specifications for smoothness, texture, and finish, providing a flawless surface for all applications.
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SJ-400 Surface Profiler
Measuring Surface Roughness: Used to assess the texture and smoothness of a material's surface.
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CCD Microscope
Observing and Analyzing Material's Microstructure: Used to study and evaluate the microscopic structure of materials.
Environmental Simulation Testing
We conduct environmental simulation tests to assess the performance of our coatings under real-world conditions, such as temperature fluctuations, humidity, and exposure to corrosive elements. This ensures that our coatings deliver reliable protection and durability in diverse environments.
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Constant Temperature Water and Oil Bath
Used to Simulate and Test Material Performance Under Specific Temperature and Stirring Conditions: This helps to understand how materials behave under controlled environmental factors.
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Salt Spray Corrosion Test Chambers
Testing Material's Corrosion Resistance: Measures the material's ability to withstand corrosion over time in various conditions.
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Temperature & Humidity Chamber
Simulating High Temperature and High Humidity Conditions to Test Material's Weather Resistance: Assesses the material's durability and stability when exposed to harsh weather conditions.
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Thermal Shock Testing/Temperature Shock Testing
Testing Material's Stability and Reliability Under Rapid Temperature Changes: Evaluates how well materials maintain their properties when subjected to fast and extreme temperature variations.
Physical Properties Measurement
Our physical properties tests, which measure hardness, adhesion, and thickness, ensure that our coatings perform at the highest levels of strength and resistance, meeting all necessary specifications for performance and longevity.
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Hardness Testing Machine
Quickly measure the hardness of material surfaces
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Thin Film Analyzer
Measure the thickness of thin films or coatings
Color and Optical Characteristics Measurement
Our color and optical characteristics testing ensures that our coatings achieve the desired visual results, including color consistency, gloss levels, and optical performance to meet customer expectations and industry standards.
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Spectrophotometer
Measure the Color and Reflectivity of Materials: This allows for precise evaluation of the material's color and reflectivity, ensuring it meets specific visual and functional standards.
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Multi-Light Booth
Evaluate the Color Consistency of Materials Under Different Light Sources: This helps assess how the material’s color appears under various lighting conditions, ensuring uniformity and accuracy in color appearance.
