Tamshell
Material Data Sheet

Material: Tecamid® ST (Nylon 6/6) Nylon

Nylon

Tecamid® ST is Ensingers version of super tough nylon. It has increased impact resistance and toughness over Tecamid 6/6. Nylon was the first engineering resin. It has been used in applications ranging from electronic, marine, and automotive industries. Nylon has outstanding wear resistance and low frictional properties. It has very good temperature, chemical, and impact properties. However Nylon's one weakness is a propensity to absorb moisture and thus have poor dimensional stability.

Mechanical Properties Test Method ASTM Value Units




Density D792 0.039 lbs/in3
Specific Gravity D792 1.08 g/cc
Water Absorption @ 24 hours, 73°F D570 1.2 %
Water Absorption @ Saturation, 73°F D570 6.7 %
Tensile Strength, 73°F D638 7,200 psi
Tensile Modulus D639   psi
Elongation ( at break), 73°F D638 60 %
Flexural Strength, 73°F D790 9,800 psi
Flexural Modulus of Elasticity, 73°F D790 245,000 psi
Compressive Strength D695   psi
Izod Impact Strength, 73°F D256 17 ft-lb/in of notch
Rockwell Hardness, 73°F D785 R-112 M or R Scale
Shure Hardness     D Scale
Wear Factor Against Steel, 40 psi, 50 fpm D3702 200 X 10-10 in.3-min/ft.lbs.hr
Static Coefficient of Friction D3702    
Dynamic Coefficient of Friction, 40 pcs, 50 fpm D3702
0.28




Thermal Properties








Heat Deflection Temperature @ 66 psi D648 421 °F
Heat Deflection Temperature @ 264 psi D648 160 °F
Coefficient of Linear Thermal Expansion D696 6.7 X 10-5 in/in./°F
Continuous Servicing Temperature, Intermittent
  °F
Continuous Servicing Temperature, Long Term UL746B
  °F
Specific Heat
  BTU/lb -°F
Thermal Conductivity
   
Melting Point D2133
505 °F
Flammability UL94
HB (.81) (mm)




Electrical Properties








Surface Resistivity D257   ohm/square
Volume Resistivity D257   ohm - cm
Dielectric Strength D149   Volts/mil
Dielectric Constant, 60 Hz, 73°F, 50% RH D150
   
Dissipation Factor, 60 HZ, 73°F D150    


   
*The values shown in these and the following charts are typical, average properties. Actual values may differ due to variations in resin formulations and processing methods. These values are obtained from sources believed to be reliable, including the resin manufactures, converters and other published sources. However, they should not be used for specification or design purposes.
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