2025.01.22
New Service | Vehicle Odor Traceability Technology to Improve Air Quality in Cars Odor tracing, automotive environment, air quality
The odor evaluation methods in the industry mainly rely on human nasal sensory perception, and the differences and ambiguities in this subjective evaluation method, as well as the complexity of odors themselves, pose significant challenges to the supply chain management of odors.
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2025.01.15
Service Introduction | What is asbestos? How to accurately detect the presence of asbestos?
The main technical method for detecting asbestos in industrial products is a combination of X-ray diffraction and polarizing microscope
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2025.01.15
Research on the Flame retardancy and Mechanism of Thermoplastic Polyurethane Composite Materials
TPU is easily ignited by flames and burns rapidly, accompanied by strong black smoke and deadly gas products during the combustion process, thus posing a high safety hazard.
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2025.01.08
Dual electric four probe tester - characterization of thin layer and semiconductor material resistance
At present, four probe is a commonly used method for detecting the resistivity of semiconductor materials, especially for thin film samples.
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2025.01.08
Case Study on Reliability Evaluation of Packaging Carton Transportation
A certain material company needs to design a series of experiments to verify the packaging stability of its products during transportation. After testing, the box was opened and inspected internally, and there were no obvious abnormalities such as damage or material leakage.
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2024.12.24
New Service | Characterization of Polymer Crystallization Dynamics - High and Low Temperature Thermal Stage Polarized Microscope
Hot stage polarizing microscope is an advanced microscopy technique widely used in materials science, biology, geology and other fields. It combines polarizing microscopy and temperature control technology, allowing researchers to observe and analyze the structure and properties of samples at elevated temperatures.
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2024.12.24
Characterization of molecular chain structure of co polymerized polypropylene (PP) using continuous self nucleating annealing thermal grading (SSA) technique
In this case, SSA technology was used to effectively separate the parts with different crystallization abilities in three copolymer PPs, and to understand the distribution of crystallizable short branched ethylene propylene block copolymers in copolymer PP.
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2024.12.18
800V "Ultra High CTI Detection - High Voltage Leakage Traceability Tester
The anti leakage trace test is mainly conducted to simulate whether the conductive substances deposited on the surface of insulation materials by charged parts of different polarities in actual use of electrical products cause creepage, breakdown short circuit, and fire hazard on the surface of insulation materials.
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2024.12.18
Material Testing: Method for Determining the Content of Light Stabilizers in Plastics Using GCMS
When using benzophenone UV agents for plastic modification, the general addition amount is between 0.03% and 0.3%, with low content and complex structure, which cannot be quantified by universal methods. This article explores the testing method on GCMS to solve the problem of inability to qualitatively and quantitatively analyze UV-0 and UV-24 in plastics.
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2024.12.10
New Service: Thermogravimetric Infrared Gas Chromatography Mass Spectrometry (TGA-FTIR GC-MS) Combined System
The newly equipped combination system in the testing center is a parallel three-phase combination system of thermogravimetric infrared gas chromatography-mass spectrometry, which provides a powerful characterization method for analyzing sample components, exploring cracking mechanisms, qualitative analysis of unknown substances, and monitoring of known substances.
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2024.12.10
Evaluation of Surface Free Energy of Polypropylene Plastic Adhesive Interface
Wetting is a crucial step in the bonding process, as it directly affects the bonding strength and effectiveness.
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2024.12.02
How to choose the right material card type for plastics/Composites
Simulation accuracy is affected by many factors, such as model simplification, mesh size and quality, material parameters and so on. Among them, material parameters are one of the most important factors affecting the simulation accuracy.
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