Drone Propeller Material Expanding Foam | K660

The K660 is an extremely low-density & extra high foam ratio foam core perfect for use as a carbon fiber car spoiler and drone propeller material core. It can increase the stiffness of the composite material structure and reduce the weight.

K660 Drone Propeller Material

  • Item: K660
  • Theoretical Foaming Ratio@1atm 150℃ 20Min: 87.5Times (75-100 Times)
  • Practical Foaming Ratio: 20Times
  • Initial Density: 0.86±0.05g/cm 3
  • Foaming Density: 0.041 – 0.061 g/cm 3
  • Hardness: Shore C:45-55@ρ=0.060g/cm 3 ,145℃,50min
  • Main Application:  Drone Propeller & Car Spoiler

 

Description

The EEC K660 is a light-yellow color high foaming and low-density epoxy core material 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 the wing of UAVs, car rear wings, etc. For more applications of foam, welcome to click the link or contact us to check.

K660 Foamcore CHARACTERISTICS

Weight 240±12g(Not including packing material)
Size L:990-1010mm;W:460-480mm;
Initial Density 0.86±0.05g/cm 3
Foaming Temperature 130℃-150℃(Suggest to 145℃ will be better)
Theoretical Foaming Ratio 75-100Times @1atm,150℃,20min
Practical Foaming Ratio 15-25Times,0.035-0.060g/cm 3
Foaming Hardness Shore C:45-55@ρ=0.060g/cm 3,145℃,50min
High-Temperature Resistance 80℃ 2h Heating less than 1.0% @ρ=0.050g/cm 3 ,145℃,50min

In 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=0.060g/cm 3

 

 

GB/T8813-2020 Strength of Compression / MPa 0.25
Modulus of Compression / MPa 2.12
GB/T8812.2-2007 Strength of Flexural / MPa 0.89
Modulus of Flexural / MPa 25.60
GB9641-88 Strength of Tensile / MPa 0.61
Modulus of Tensile / MPa 5.40
Percentage of Breaking Elongation / % 15.6

 

K660 Foamcore Safety & Storage

This product is a flammable solid that may catch fire when exposed to high temperatures, heat sources, or open flames. It can undergo chemical reactions when in contact with strong acids or bases, which may affect its performance. Under normal operational conditions, no special fire or explosive hazards have been identified. Our company obtained ISO 9001:2015 quality system certification in 2023, ensuring that all standards comply with regulations.

From the date of receipt, the product has a storage life of 120 days at 25°C and 180 days at 15°C.  Storing the product below 0°C is not recommended, as it may become brittle and affect its operational performance. If stored in a cold environment, the product should be softened at 25°C for more than one hour before use. If the storage period is exceeded, please verify its effectiveness before use; any potential adverse consequences are the responsibility of the user. During transportation, handle with care and avoid heavy loads.

All data contained in this document is for reference only and is considered reliable. We are not responsible for the results obtained by anyone using methods beyond our control. Due to the special nature of the materials, it is recommended that every future user conduct experiments or obtain on-site guidance from our engineers based on the data provided before the first use. If you have any questions, please contact our application engineers or customer service staff.

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