Plain Ramie Fabric Prepreg Description:
The Plain Ramie Fabric Prepreg is an environmentally friendly composite material made from biomass resin and ramie fibers, known for its sustainability and excellent layup processability. With a high glass transition temperature (Tg ≥ 160°C), it provides good thermal stability after curing. The ramie fibers, extracted from renewable plant sources, feature a hollow structure that enhances damping and shock absorption, making the material suitable for applications requiring vibration reduction, damping, and acoustic performance. It is compatible with various manufacturing methods, including compression molding, vacuum bagging, and autoclave processes, making it ideal for producing eco-conscious composite components.
Plain Ramie Fabric Prepreg Specifications:
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Material
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Ramie- Epoxy Resin Matrix
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Color/Appearance
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White Plain
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Width
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1000 mm
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Resin Content
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Customized
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Prepreg Surface Density
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Customized
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Volatile Matter Content
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＜1.5%
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Plain Ramie Fabric Prepreg Applications:
1. Automotive: Used in interior panels, soundproofing, and lightweight structural components that require vibration damping.
2. Aerospace: Applied in non-structural parts where sound absorption and environmental sustainability are valued.
3. Consumer Electronics: Employed in casings and components to enhance acoustic performance and reduce vibrations.
4. Sporting Goods: Used in products like helmets, protective gear, and other equipment for improved shock absorption.
5. Construction: Suitable for eco-friendly building materials, such as sound-insulating panels and structural reinforcements.
Plain Ramie Fabric Prepreg Packing:
Our Plain Ramie Fabric Prepreg is carefully handled during storage and transportation to preserve the quality of our product in its original condition.
Plain Ramie Fabric Prepreg FAQ:
Q1: What materials are used in the Plain Ramie Fabric Prepreg?
A1: The prepreg is made from biomass resin and ramie fibers, making it an eco-friendly and sustainable composite material.
Q2: What is the glass transition temperature (Tg) after curing?
A2: The prepreg achieves a glass transition temperature (Tg) of ≥160°C, ensuring good thermal stability and performance.
Q3: What are the main advantages of using this prepreg?
A3: Its primary benefits include environmental sustainability, excellent damping and shock absorption properties, and suitability for various composite manufacturing processes.
