Quick3D Ultrasint PA11 ESD
Ultrasint · PA11 powder for SLS
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Overview
Grey bio-based PA11 powder with electrostatic-dissipative behaviour for ESD-sensitive environments; the sheet describes it as carbon-fiber reinforced with high strength and stiffness.
Features
- Material type
- Engineering
- Brand family
- Ultrasint
- Polymer
- PA11
- Processing technology
- SLS
- Material form
- Powder
- Manufacturer
- Forward AM
- Reinforcements
- Carbon Fiber
Characteristics
- High tempHeat deflection temperature of 100 °C or more — keeps its shape in hot environments.
- ESD-safeStatic-dissipative (surface resistivity 10⁹ Ω/sq or lower) — safe around sensitive electronics.
- Carbon fiberReinforced with carbon fiber for extra stiffness and a matte finish.
Applications
Based on this material's datasheet values. Every part is different — ask an engineer to confirm it suits yours.
Physical
- 1.07g/cm³ DIN EN ISO 1183-1
- HB UL 94 (0.7-3.0 mm)
- 1.3x10⁴Ω/sq IEC 62631-3-2
Thermal
- 204°C ISO 11357, 10 K/min
- 162°C ISO 11357, 10 K/min
- 192°C DIN EN ISO 306 (Vicat/A, 10 N)
- 111°C ISO 75-2 (HDT/A 1.8 MPa)
Mechanical
- 3150MPa ISO 527-2, 23 °C
- 65MPa ISO 527-2, 23 °C
- 20% ISO 527-2, 23 °C
- 3050MPa DIN EN ISO 178
- 6.6kJ/m² DIN EN ISO 179-1
- 80kJ/m² DIN EN ISO 179-1
Versus other PA11
See where it ranks against the 8 other PA11 materials we stock.
Typical values from each manufacturer's datasheet. Test methods can differ between brands, so treat small gaps as a tie.
Downloads
- Technical data sheet (TDS)Extended-TDS_Ultrasint_PA11-ESD.pdf Download
- Quick3D summaryThis page as a printable PDF
Values from the Forward AM technical data sheet. Last updated . Typical values, not guaranteed minimums — see the disclaimer below.