2025.03.11
Two sessions focus on 'embodied intelligence': coefficient of linear expansion (CTE) becomes the 'golden key' for optimizing robot performance
The coefficient of linear thermal expansion (CTE) is obtained through TMA (thermal mechanical analyzer) testing and is an important indicator for measuring the thermal stability, strength, and safety of materials. It is of great significance for analyzing various transformations of polymer materials and evaluating the dimensional stability of materials.
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2025.03.11
How can new energy heavy-duty truck batteries be as stable as a rock? One article teaches you to ensure 'foolproof'!
Through vibration detection, potential problems in the structural design, material selection, manufacturing process, and other aspects of the battery pack box can be identified in advance, and corresponding improvement measures can be taken accordingly
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2025.03.05
Live Preview | What is the difference between high-temperature GPC and room temperature GPC? What are the main applications?
High temperature GPC: Suitable for polymers that dissolve or flow at high temperatures, as well as samples that require simulation of actual processing and usage conditions. Polypropylene (PP), high-density polyethylene (HDPE), low-density polyethylene (LDPE), and linear low-density polyethylene (LLDPE) require a dissolution and analysis temperature of at least 130 ° C.
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2025.03.05
Laser particle size analyzer: Have you really understood the "Particle Size and Particle Size Distribution" report?
We will discuss and analyze the possible issues related to the use of laser diffraction method to determine particle size and particle size distribution
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2025.03.05
Exploration of UAV Application: Study on Fatigue Performance of Fiberglass Reinforced Composite Materials
This study focuses on glass fiber reinforced composite materials and explores their fatigue performance and applicability in unmanned aerial vehicles through experimental research and data analysis, providing theoretical basis and experimental support for the development and engineering application of new composite materials.
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2025.02.26
Service Introduction | Electrical Corrosion Performance Evaluation of New Energy Vehicle Connectors
The electrical aging test mainly simulates various situations that batteries or electronic devices may encounter during actual use, and conducts comprehensive aging tests to predict their performance degradation and lifespan.
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2025.02.26
Production of MAT_169 Material Card for Automotive Structural Adhesive Simulation Model
In the simulation of structural adhesive connections, the Cohesive Zone Model (CZM) is widely used to describe the mechanical response of the adhesive layer under load.
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2025.02.19
Fitting experiment and benchmarking analysis of car seat foam characteristic parameters based on MAT_083 material card
Among numerous material models** MAT_FU_CHANG_FOAM (MAT_083) * * has become the first choice of engineers because of its simple use and applicability to foam materials.
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2025.02.12
Dynamic Thermomechanical Analysis (DMA): Accurate insight into the mechanical properties of materials under variable conditions
DMA plays an important role in material research and development, quality control, process optimization, etc., helping enterprises improve product performance, reduce research and development costs, and accelerate the marketization process of new materials.
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2025.02.12
Influenza triggered a "disinfection and sterilization war". How can healthy white electricity break through the UVC barrier?
UVC can easily damage the polymer chain segments of materials, causing them to break and degrade, leading to surface erosion and further damage to the materials. The shell materials of household appliances are definitely either yellow or brittle, greatly reducing the product's lifespan!
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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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