Jabil - PA 0600 .75KG - Grey

$ 32.50
$ 32.50
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Jabil - PA 0600 - Grey

Description

Jabil’s PA 0600 filament is a polyamide/polyketone alloy with high stiffness, good wear resistance, low friction and self-lubricating characteristics. The high stiffness and self-lubricating qualities make post-print machining, such as fly cuts, thread taps and heat stakes, simple and effective.

Compared to other tribologically similar polymers such as POM and PVDF, which are commonly used for similar applications, Jabil PA 0600 releases no odors or toxic fumes during processing, exhibits low warp and has similar dynamic and static coefficient of friction.

Applications

  • Any application where high dimnesional stability and lubricity is required
  • Gears, bearings and rollers
  • Parts requiring knurling
  • Jigs, fixtures and tooling
  • Work-holding devices, posts, nests etc.
  • Industries include:
    • General Manufacturing
    • Automotive
    • Aerospace

Advantages

    • Excellent machinability
    • High strength and stiffness
    • Good wear and abrasion resistance
    • Low coefficient of friction
    • Excellent chemical resistance
    • Low warp
    • Good dimensional stability
    • Non-marring

Specifications

Printing Temperature:

235°C

Bed Temperature:

50°C - 60°C

Printing Speed:

Print Speed: 40 mm/s
Infill Speed: 45 mm/s
Wall Speed: 25-30 mm/s
Top/Bottom Speed: 30mm/s
Initial Layer Speed: 20 mm/s

Diameter(s):

1.75mm and 2.85mm

Color(s):

Cooling:

Regular Fan Speed: 20%
Max Fan Speed: 100%

Bed Adhesion:

Use a Skirt while printing
Use PVA glue stick on glass
The Magigoo HT solution provides great adhesion and down-surface quality

Other Tips:

Turn the material flow rate for the top and bottom layer up to 103%.
Dry at 70-75 C. Long drying cycles (>6 hours) are ideal.
Use a CC 0.6 core from Ultimaker.
Do not print above 240° C

Information Sheets

Printing and Drying Guide

jabil_pa-0600_drying-guide.pdf

Compare Materials

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
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