Nylatron™ 66 SA FR – Black – 10mm | Universal Science™

Nylon sheet filled with molybdenum disulfide (MoS2)

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  • Surface Resistivity = > 10¹⁴Ohm
  • Melting Temperature = 264°C
  • Rockwell Hardness = M 87
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Stock sheet size: 61cm x 100cm

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Description

Nylatron® 66 SA FR Flame Retardant Nylon that was developed to fulfill the requirements as set out in the test program conducted on plastic material to measure flammability characteristics. Nylatron® 66 determines the material’s tendency either to extinguish or to spread the flame once the specimen has been ignited.

Benefits

  • Surface Resistivity = > 10¹⁴Ohm
  • Melting Temperature = 264°C
  • Rockwell Hardness = M 87

Features

  • High Mechanical Strength
  • Heat and Wear Resistance
  • Good Mechanical Damping

Physical Properties

Properties (Unit) Test Methods Values
<b>Colour</b> – Black
<b>Density (g/cm³)</b> ISO 1183-1 1.16
<b>Melting Temperature – DSC, 10°C/min (°C)
</b>
ISO 11357-1/-3 264
<b>Coefficient of Linear Thermal Expansion (m/(m.k)):</b><br>- average value between 23 and 60°C<br>- average value between 23 and 100°C <br>-<br>- <br>80 x 10-6<br>-
<b>Temperature of Deflection under load (°C):</b><br>- method A: 1.8MPa <br>ISO 75-1/-2 <br>100
<b>Flammability (%):</b><br>- “Oxygen Index”<br>- according to UL 94 (3 / 6 mm thickness) <br>ISO 4589-1/-2<br>- <br>-<br>V-0

Mechanical Properties at 23 °C

Properties Test Methods Values
<b>Tension Test:</b><br>- tensile stress at yield / tensile stress at break (MPa)<br>- tensile strength (MPa)<br>- tensile strain at yield (%)<br>- tensile strength at break (%)<br>- tensile modulus of elasticity (MPa) <br>ISO 527-1/-2<br>ISO 527-1/-2<br>ISO 527-1/-2<br>ISO 527-1/-2<br>ISO 527-1/-2 <br>79 / -<br>79<br>6.6<br>9<br>3900
<b>Compression Test:</b><br>- compressive stress at 1 / 2 / 5% nominal strain (MPa) <br>ISO 604 <br>35 / 65 / 98
<b>Charpy Impact Strength – Unnotched (kJ/m²)</b> ISO 179-1/1eU 50
<b>Charpy Impact Strength – Notched (kJ/m²)</b> ISO 179-1/1eA 3
<b>Ball Indentation Hardness (N/mm²)</b> ISO 2039-1 195
<b>Rockwell Hardness</b> ISO 2039-2 M 87
<b>Surface Resistivity (Ohm)</b> IEC 60093 > 10¹⁴





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