Lighter than steel, more robust than aluminum: Composite materials are rewriting the logic of chassis materials.
If we were to summarize the development of automotive materials in one sentence, it would be this: every change in materials redefines the boundaries of engineering.From steel to aluminum to magnesium...
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High-end materials pose a time bomb for domestically produced AI glasses: In-depth analysis of Apple's "lock-in" of top-grade fiberglass cloth production capacity
In mid-month, several major global technology and financial media outlets reported that Apple had recently sent several senior engineers to Japan to attempt to secure Nittobo's high-end NE-grade f...
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Innovation in Automotive Fiber Applications: Synergistic Effect of Glass Fiber and Basalt Fiber on Performance Leap in Body Structural Components
I. Core of Technological Synergy: A Dual Breakthrough in Material Complementarity and Process Adaptation The synergy between glass fiber and basalt fiber is not a simple mixture, but rather a precise ...
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New extrusion process creates the "first" long fiberglass composite wall panel
Customer demand for new thermoplastic wall panels has propelled GaMra into the realm of market innovation.GaMra Composites, a custom fabrication company, has developed a new profile extrusion technolo...
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The construction of AI servers is driving up demand for PCBs, and the domestic supply of low-dielectric, low-expansion fiberglass is steadily increasing.
A recent report by Prismark, a leading electronics industry consulting firm, indicates that artificial intelligence, particularly AI servers and data center construction, has become the strongest grow...
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Innovation in intelligent vehicle chassis materials: the dual benefits of cost advantages of fiberglass suspension and performance advantages of carbon fiber suspension
"A revolution in lightweight automotive chassis: Fiberglass dominates economy cars with its cost advantage, while carbon fiber conquers the high-end market with its superior performance. A fiberglass ...
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Indispensable in aerospace and special high-performance glass fiber, a friend of metal materials
The proportion of composite materials used in aerospace is increasing year by year, with special high-performance glass fiber showing significant advantages. Currently, composite materials, along with...
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Applications of high silica glass fiber in aerospace
1. What is High-Silica Fiber?High-silica fiber is short for high-purity silica amorphous continuous fiber. Its silica content is 96-98%, with continuous temperature resistance up to 1000°C and short-...
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Thermal properties of fiberglass: excellent thermal insulation and high-temperature resistance.
The comprehensive performance of glass fiber is shaped by its chemical composition, production process, heat treatment process, and surface impregnation agents. Among many key properties, its thermal ...
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Fiberglass ! who are you?
I. What is Glass Fiber? Glass fiber is a high-performance inorganic non-metallic material with many varieties. The diameter of a single filament ranges from a few micrometers to over twenty micrometer...
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What are the applications of high-silica fiberglass in aerospace?
1. What is High-Silica Fiber?High-silica fiber is short for high-purity silica amorphous continuous fiber. Its silica content is 96-98%, with continuous temperature resistance up to 1000°C and short-...
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What is the mesh on the back of the marble?
Marble is currently used extensively in the stone industry, especially in interior decoration, where it almost dominates half of the market. This is because, aside from the issue of repairing cracks i...
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