PA6
I. Physical Properties I. ¹°¸®Àû Ư¼º Test Method Unit Value
Specific Gravity ºñÁß ISO 1183 g/§¨ 1.13
Water Absorption ¼öºÐ Èí¼öÀ² DIN 53495 % 3
Max. permissible service temperature »ç¿ë¿Âµµ      
Upper temperature limit ÃÖ°í - ¡É 70
Lower temperature limit ÃÖÀú - ¡É -40
II. Mechanical Properties II. ±â°èÀû Ư¼º Test Method Unit Value
Tensile Strength at yield ÀÎÀå°­µµ ISO 527 MPa 90/45
Elongation at yield Ç׺¹Á¡ ISO 527 % -4.5/20
Tensile strength at break Àå·Â ISO 527 Mpa -
Elongation at break ÆÄ´ÜÁ¡ ISO 527 % ¡Ã50
Impact strength Ãæ°Ý°­µµ ISO 179 KJ/m2 o.B.
Izod Impact Strength Izod Ãæ°Ý°­µµ ISO 179 KJ/m2 9/o.B.
Rockwell Hardness Rockwell °æµµ ISO 2039-1 Mpa 160/70
Flexural Strength ±¼°î°­µµ DIN 53505 Mpa 77
Modulus of elasticity ź¼ºÀ² ISO 178 Mpa 3000/1000
III. Thermal Properties III. ¿­ÀûƯ¼º Test Method Unit Value
Vicat softening temp. ¿¬È­Á¡ ISO 306 ¡É -
Heat Deflection Temperature ¿­º¯Çü ¿Âµµ ISO 75 ¡É 160
Cof. Of linear therm. Expansion ¼±ÆØÃ¢°è¼ö DIN 53752 K-1X10-4 0.85
Thermal conductivity at 20¡É ¿­Àüµµµµ DIN 52612 W/(m X K) 0.28
IV. Electrical Properties IV. Àü±âÀû Ư¼º Test Method Unit Value
Volume resistivity üÀûÀúÇ× VDE 0303 §Ù*§¯ ¡Ã1013/¡Ã1010
Surface resistivity Ç¥¸éÀúÇ× VDE 0303 §Ù -/¡Ã1010
Dielectric constant at 1§Ö À¯ÀüÀ² DIN 53483   3.5/7
Diel. Loss factor at 1§Ö À¯ÀüÁ¤Á¡ DIN 53483   0.031/0.3
Dielectric strength À¯ÀüÆÄ°úÀü¾Ð VDE 0303 KV/mm 20-50
Tracking resistance ³» Æ®·¡Å· ÀúÇ× DIN 53483   CTI 600
V. Additional Data V. ±âŸ Test Method Unit Value
Bond ability Á¢Âø¼º - - +
Friction coefficient ¸¶Âû°è¼ö DIN 53375 - 0.38-0.45
Flammability ¿¬¼Ò¼º UL 94 - HB
UV stabilisation UV ¾ÈÁ¤¼º     -

PA6.6
I. Physical Properties I. ¹°¸®Àû Ư¼º Test Method Unit Value
Specific Gravity ºñÁß ISO 1183 g/§¨ 1.13
Water Absorption ¼öºÐ Èí¼öÀ² DIN 53495 % 2.8
Max. permissible service temperature »ç¿ë¿Âµµ      
Upper temperature limit ÃÖ°í - ¡É 101
Lower temperature limit ÃÖÀú - ¡É -30
II. Mechanical Properties II. ±â°èÀû Ư¼º Test Method Unit Value
Tensile Strength at yield ÀÎÀå°­µµ ISO 527 MPa 80/60
Elongation at yield Ç׺¹Á¡ ISO 527 % 40/150
Tensile strength at break Àå·Â ISO 527 Mpa -
Elongation at break ÆÄ´ÜÁ¡ ISO 527 % -
Impact strength Ãæ°Ý°­µµ ISO 179 KJ/m2 o.B.
Izod Impact Strength Izod Ãæ°Ý°­µµ ISO 179 KJ/m2 -
Rockwell Hardness Rockwell °æµµ ISO 2039-1 Mpa 170/100
Flexural Strength ±¼°î°­µµ DIN 53505 Mpa -
Modulus of elasticity ź¼ºÀ² ISO 178 Mpa 3100/2000
III. Thermal Properties III. ¿­ÀûƯ¼º Test Method Unit Value
Vicat softening temp. ¿¬È­Á¡ ISO 306 ¡É -
Heat Deflection Temperature ¿­º¯Çü ¿Âµµ ISO 75 ¡É 200
Cof. Of linear therm. Expansion ¼±ÆØÃ¢°è¼ö DIN 53752 K-1X10-4 0.80
Thermal conductivity at 20¡É ¿­Àüµµµµ DIN 52612 W/(m X K) 0.23
IV. Electrical Properties IV. Àü±âÀû Ư¼º Test Method Unit Value
Volume resistivity üÀûÀúÇ× VDE 0303 §Ù*§¯ ¡Ã1013/¡Ã1010
Surface resistivity Ç¥¸éÀúÇ× VDE 0303 §Ù -/¡Ã1010
Dielectric constant at 1§Ö À¯ÀüÀ² DIN 53483   3.6/5
Diel. Loss factor at 1§Ö À¯ÀüÁ¤Á¡ DIN 53483   0.026/0.2
Dielectric strength À¯ÀüÆÄ°úÀü¾Ð VDE 0303 KV/mm 30-50
Tracking resistance ³» Æ®·¡Å· ÀúÇ× DIN 53483   CTI 600
V. Additional Data V. ±âŸ Test Method Unit Value
Bond ability Á¢Âø¼º - - +
Friction coefficient ¸¶Âû°è¼ö DIN 53375 - 0.35-0.42
Flammability ¿¬¼Ò¼º UL 94 - V-2
UV stabilisation UV ¾ÈÁ¤¼º     -
¡Ø The physical data contained in this table are typical values. They are obtained on the test specimens under specific conditions and represent average values of a large number of tests. The results obtained on this test specimens cannot be applied to finished parts without reservations, as behavior is influenced by processing and shaping.