Jabil PA 4035 CF Filament
Technical Data Sheet
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Product Description
PA 4035 CF is a carbon fiber PA12 copolymer which provides greater stiffness, strength and toughness over
similar products on the market. The high carbon fiber loading provides superior tensile strength and modulus
while the PA12 base promotes relatively high ductility and ease of handling. Special formulation and
processing reduce filament breakage during loading and printing. PA 4035 CF prints on any open-source
desktop filament 3D printer.
PA 4035 CF is well suited for printing ducting in automotive and aerospace applications, casting patterns,
composite tooling and prosthetics. For demanding applications within the aerospace and automotive
industries, the filament provides high heat deflection temperatures. The dimensional stability also increases
compared to standard nylon due to the additional of carbon fiber. In addition, PA 4035 CF increases stiffness
and strength in load bearing orientations while showing less warping than standard nylon.
Available in black, 2.85 mm and 1.75 mm.
Advantages
PA 4035 CF is an extremely strong and stiff material which is great for products that require additional
strength. Advantages are:
•High strength, stiffness and toughness
•Mechanical properties can be tailored by adjusting fill orientation
•Superior printed part surface finish quality
•Ease of handling filament during loading and printing
•Surface resistivity of ≤E9 for ESD sensitive applications
•Low print temperature enables the use on more machines
Storage and Use
PA 4035 CF is moderately hygroscopic, meaning it will absorb and retain some moisture from the atmosphere,
affecting visual quality and mechanical properties. For best results, print and store filament in a dry
environment. If necessary, dry filament in an oven at 80 °C (175 °F) for 3 – 4 hours.
Properties
Mechanical Properties1
Test Condition
Tensile Modulus (GPa)
Tensile Elongation at Break (%)
Ultimate Tensile Strength (MPa)
Flexural Modulus (GPa)
Flexural Strength (MPa)
Izod Impact (J/m)
Izod impact (J/m)
+/- 45° Infill
+/- 45° Infill
Notched
Un-Notched
Typical
Value
6.0
3.9
66
5.1
110
191
557
Method
ASTM D638, Type I
ASTM D790
ASTM D256
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United States: en
19-MT60-00016-B
Page 1 of 3
Jabil PA 4035 CF Filament
Technical Data Sheet
_______________________________________________________________________________
1. Testing conducted on bars printed in XY orientation at 250°C and tested dry. Typical values are
for reference only.
Thermal Properties1
Typical
Method
Value
HDT @ 0.455 MPa (°C)
154
+/- 45° Infill
DMA
HDT @ 1.82 MPa (°C)
89
20 °C/min
Melt Temperature (°C)
180
DSC
1. Testing conducted on bars printed in XY orientation at 250°C and tested dry. Typical values are
for reference only.
Test Condition
Other Properties
Test Condition
Density
Diameter: Mean, Indiv. Axis (mm)
N/A
In-line, 100% inspection
Typical
Value
1.18
+/- 0.05
Method
Gas Pycnometer
Laser Micrometer
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United States: en
19-MT60-00016-B
Page 2 of 3
Jabil PA 4035 CF Filament
Technical Data Sheet
_______________________________________________________________________________
Disclaimer: The information in this technical data sheet, including material properties, are obtained from testing
representative samples under carefully controlled conditions and are provided for reference only. Material properties
may be impacted by storage, handling, processing equipment/parameters, and product design, among other factors.
The information is not a substitute for user testing to determine fitness for any specific use and the user is responsible
for ensuring safe and lawful use of the product.
No express or implied warranties are provided and the implied warranties of merchantability or fitness for a particular
purpose are expressly disclaimed. No representations are made, and no liability is assumed arising from or relating to
the product.
Copyright/Trademark: © 2019 Jabil Inc. All rights reserved. JABIL® and the JABIL logo are registered trademarks
of Jabil Inc.
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United States: en
19-MT60-00016-B
Page 3 of 3
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