h3 { font-size: 20; color: #00345fff; margin-bottom: 10px; } Jabil PETg 0800 ESD - Black Description Jabil Engineered Materials PETg 0800 ESD is an easy processing, electrostatic dissipative (ESD) product for printing parts that require protection from electrostatic discharge. This product has high strength and stiffness with a good balance of properties in XY and Z directions and the added benefit of ESD for jigs, fixtures and tooling that needs to safely handle electronic components. PETg 0800 ESD filaments are easy processing and electrostatic dissipative (ESD) with a good balance of properties in XY and XYZ directions. This filament provides excellent toughness and durability. Applications Jigs, fixtures, and tooling Housings End-of-arm tooling for robotics Brackets Industries include: Automotive Aerospace General Manufacturing Advantages ESD properties - ESD of 10E5-10E9 Good stiffness and strength Excellent chemical resistance Very consistent outer diameter and ovality of the filament Easy printability Low shrinkage and warpage Good continuous use temperature Specifications Printing Temperature: The optimal printing range is 260° – 280°C Bed Temperature: A bed temperature of 80°C to 85°C will keep the prints firmly attached Printing Speed: Base printing speed of 60 mm/s Infill speed of 45 mm/s Wall speed of 40 mm/s Initial layer speed of 30 mm/s Cooling: For the best mechanical properties, use a regular cooling fan speed of 5%. Increase the fan speed if better feature detail is required, up to 100% Diameter(s): 1.75mm and 2.85mm Color(s): Black Bed Adhesion: Firm adhesion can be obtained with PVA-based glue stick on a glass bed or PEI sheet. A brim should be used. Other Tips: Start with an initial layer height of at least 0.26 mm. If there is stringing, try moving the initial layer height up by increments of 0.02 mm until there is no stringing or until best print quality. Print and store in a low humidity environment. If you experience unusual oozing, stringing or rough surface texture, the filament has likely absorbed moisture and needs to be dried. To increase the conductivity of the printed part surface, increase the print temperature. Lowering the print temperature will reduce the conductivity of the part surface. Information Sheets $('#myTabs a').click(function (e) { e.preventDefault() $(this).tab('show') }) Print Settings Technical Data Sheet Safety Data Sheet Print Settings jabil_petg-0800-esd_print-settings.pdf Technical Data Sheets jabil_petg-0800-esd_technical-data-sheets.pdf Safety Data Sheets jabil_petg-0800-esd_safety-data-sheets.pdf Compare Materials $('#myTabs a').click(function (e) { e.preventDefault() $(this).tab('show') }) 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 MeltTemperature (°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 MeltTemperature (°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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