Jabil Filament

- Made by Experts for Experts -

Jabil, in addition to advancements in materials, continues to extend its global additive manufacturing platforms and solutions to complement its world-class manufacturing capabilities. Jabil has deployed hundreds of 3D printers-from desktop models to highly sophisticated industrial systems-to address a vast range of prototyping, tooling and volume-scale production demands.

Enginneering Grade Filament

Jabil produces high-quality filament materials with unique properties such as increased strength, flame retardancy, conductivity and lubrication. Jabil's filament materials deliver high strength and stiffness required for demanding aerospace, automotive and industrial manufacturing applications.

What characteristics are you looking for?

Jabil ABS 1400 LW

Stiffer than most ABS filament
Reduced CLTE (continuous level, linear thermal expansion)
Good chemical resistance to most fluids
Stands up to finishing processes

Jabil PA 0600

Excellent machinability
Good wear and abrasion resistance
High strength and stiffness
Low coefficient of friction
Excellent chemical resistance.
Non-marring

Jabil PA 4035 CF

High strength, stiffness and toughness
Superior printed part surface finish quality
Surface resistivity of ≤E9 for ESD sensitive applications
Mechanical properties can be tailored by adjusting fill orientation.

Jabil PA 4500

Over 100% elongation at break
Low temperature processing temps (240-260° C)
Superior strength compared to other commercial PA's
Good blend of appearance and strength capabilities

Jabil PA 4535 CF

Electrostatic dissipative (ESD)
No reduced impact strength
Improved Z layer properties
40% increase in stiffness and tensile strength over lower carbon fiber-loaded products

Jabil PC 1500 FR

Flame retardancy
Self-extinguishing properties
Stiff w/ excellent impact strength and ductility
High impact resistance
Demonstrates V-0 burn properties

Jabil PETg

Easy printability, low shrinkage and warpage
Excellent Chemical Resistance
Good Strength and stiffness
Non-marring
Robust post-processing potential

Jabil PETg 0800 ESD

ESD properties - ESD of 10E5-10E9
Excellent Chemical Resistance
Good Strength and stiffness
Low shrinkage and warpage

Jabil PLA 3100

Ease of use
Low thermal requirements
Very consistent lot-to-lot print properties
Good Strength and stiffness

Jabil TPE-SEBS 1300 85A

Easier to print than TPU filament
High flexibility, bend and stretch (can stretch over 500%)
Low moisture absorption
Does not require drying to process

Jabil TPE-SEBS 1300 95A

No need for heated print bed or drying requirements
High flexibility, bend and stretch
Non-hygroscopic, does not absorb moisture
Durable with repetitive motions

Jabil TPU 90A

Easy printability, very consistent results
Abrasion resistance
Elastomeric properties
Good chemical resistance to oils, greases, and other solvents

Compare Powders
Compare Filament

Jabil Powders

View Powders
	UTS (Mpa) Orientation		Tensile Modulus (Mpa) Orientation		EaB (%) Orientation		Unnotched Impact Energy (J/m) Orientation	Notched Impact Energy (J/m) Orientation	Melt Temperature (°C)
Material	XY	Z	XY	Z	XY	z	XY	XY
PA 4000	46	37	1790	1130	34	12	1010	48	182
PA 4050 GB	44	46	3390	3380	6	5	221	33	181
PK 5000	53	51	1305	1349	41	21	1241	83	197

Jabil Filament

View Filaments
	UTS (MPa) Orientation	Tensile Modulus (MPa) Orientation	EaB (%) Orientation	Unnotched Impact Energy (J/m) Orientation	Notched Impact Energy (J/m) Orientation	Melt Temperature (°C)
Material	XY	XY	XY	XY	XY	XY
ABS 1400 LW	35	2730	3	235	39	N/A
PA 0600	49	2660	5	822	69	188
PA 4035 CF	66	6000	4	557	191	180
PA 4500	56	1930	> 100	830	62	190
PA 4535 CF	88	10600	3	525	125	190
PC 1500 FR	61	2210	6	850	51	N/A
PETg	45	1655	24	N/A	N/A	N/A
PETg 0800 ESD	39	1895	8	416	49	N/A
PLA 3100	47	3240	6	207	31	155
TPE SEBS 1300 85A	6	19	900	N/A	N/A	163
TPE SEBS 1300 95A	11	93	780	N/A	N/A	165
TPU 90A	19	13	4540	N/A	N/A	220