Car Spoiler Material Drone Wing Epoxy Foam Core | K950
The K950 is one of the car spoiler materials epoxy foam core is a highly versatile material designed for advanced applications such as car spoilers and drone wings.
K950 Specifications
- Item: K950
- Theoretical Foaming Ratio@1atm 150℃ 20Min: 80 Times
- Practical Foaming Ratio: 20.5 Times
- Initial Density: 1.03 g/cm3
- Foaming Density: 0.045-0.077 g/cm3
- Hardness: 0.045-0.077
- Main Application: Car Spoiler Material Core, Drone Wing Foam Core, etc.
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Description
K950 A Car Spoiler Material
The EEC K950 is a high-foaming and low-density epoxy core material, which is used to make the core materials of various carbon fiber products. It can increase the stiffness of the composite material structure and reduce the weight. Widely used in car tails, the wing of UAVs, water sport composite products…
This foam core exhibits exceptional foaming properties with a theoretical foaming ratio of 80 times when subjected to 1 atm at 150°C for 20 minutes. In practical applications, it achieves a foaming ratio of 20.5 times.
The initial density of K950 is 1.03 g/cm³, which significantly reduces to a foaming density range of 0.045 to 0.077 g/cm³ upon expansion. This reduction in density results in a lightweight yet robust structure. The hardness of the foamed material falls within the same range as its density, indicating a consistent and uniform texture throughout the foamed product.
K950’s primary applications include automotive components such as car spoilers and aerospace components like drone wings, where its lightweight and high-strength characteristics provide significant performance advantages.
For more epoxy expanding foam information, welcome to contact us for details.
PRODUCT CHARACTERISTICS
| Weight | 400±20g（Not including packing material） |
| Size | L：1000mm；W：450mm； |
| Initial Density | 1.06±0.12g/cm 3 |
| Foaming Temperature | 130℃-160℃（Suggest to 145℃ will be better） |
| Theeoretical Foaming Ratio | 75-85Times @1atm，150℃，20min |
| Practical Foaming Ratio | 13-26Times，0.04-0.07g/cm 3 |
| Foaming Hardness | Shore C：45-55@ρ=0.05g/cm 3 ，150℃，40min |
| High Temperature Resistance | 90℃ 2h Heating less than 1.0% @ρ=0.05g/cm 3 ，150℃，40min |
The scope of the standards above, Our company has the right to make adjustments based on the results of the continuous statistical analysis and the large testing data.
TECHNICAL CHARACTERISTICS
| Mechanical Properties at Room Temperature @ρ=0.05g/cm 3 | GB/T8813-2020 | Strength of Compression / MPa | 0.24 |
| Modulus of Compression / MPa | 5.23 | ||
| GB/T8812.2-2007 | Strength of Flexural / MPa | 0.75 | |
| Modulus of Flexural / MPa | 43.8 | ||
| GB9641-88 | Strength of Tensile / MPa | 0.60 | |
| Modulus of Tensile / MPa | 4.0 | ||
| Percentage of Breaking Elongation / % | 10 |
Welcome to contact us for core material or composite product custom, thank you!
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