906360
Graphene nanoplatelets/Polypropylene pellet
avg. no. of layers, > 10
Synonym(s):
Graphene nanoplateles PP composite, Graphene nanoplatelets reinforced PP, XGPP
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About This Item
UNSPSC Code:
12162002
description
Elongation at Break: 72%, Flexural Modulus: 1769 MPa, 75% increase compared to standard PP, Flexural Strength: 42 MPa, 35.5% increase compared to standard PP, Melt flow rate: ~7 g/10 min, Notched Izod Impact Strength: 40 J/m, 185% increase compared to standard PP, Tensile Modulus: 1374 MPa, 25% increase compared to standard PP, Tensile Strength at Yield: 39 MPa, 8% increase compared to standard PP
form
pellets
feature
avg. no. of layers> 10
color
gray to black
bulk density
0.9 g/cm3
General description
A ready-to-use pellet form of graphene nanoplatelets/polypropylene nanocomposite made by uniformly mixing graphene nanoplatelets (>10 layers) into a polypropylene matrix.
Besides the desired properties of polypropylene, which includes chemical, moisture and fatigue resistance, this nanocomposite offers:
Furthermore, the high thermal conductivity of the added graphene nanoplatelets, along with the uniform distribution of the graphene nanoplatelets inside the composite, enables higher manufacturing efficiencies by reducing the energy cost during the application of the polymer material. The low density and high strength of this composite material requires less material to achieve the same or better proformance, thus allow a lightweight design of your device.
Besides the desired properties of polypropylene, which includes chemical, moisture and fatigue resistance, this nanocomposite offers:
- Increased Tensile Strength and Modulus
- Increased Impact Strength
- Increased Flexural Stregnth and Modulus
Furthermore, the high thermal conductivity of the added graphene nanoplatelets, along with the uniform distribution of the graphene nanoplatelets inside the composite, enables higher manufacturing efficiencies by reducing the energy cost during the application of the polymer material. The low density and high strength of this composite material requires less material to achieve the same or better proformance, thus allow a lightweight design of your device.
Application
- Injection Molding - Faster processing and cooling, less thermal energy required
- Extrusion - Faster processing, less thermal energy required, better melt uniformity
- RotoMolding - Faster processing and cooling, better heat distribution, less thermal energy and material required
- CNC Machining - Faster processing and better melt stability
- Film Production - Faster processing, thermal uniformity, fewer defects
Legal Information
Product of XG Sciences; Inc.
XG Sciences® is a registered trademark of XG Sciences, Inc.
XG Sciences® is a registered trademark of XG Sciences, Inc.
XG Sciences is a registered trademark of XG Sciences, Inc.
Storage Class
11 - Combustible Solids
WGK
WGK 3
Flash Point (°F)
Not applicable
Flash Point (°C)
Not applicable
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