PA6 Kylmänkestävyys

PA6, or nailon 6, offers good inherent cold resistance. This means it maintains its strength and functionality at relatively low temperatures. While not the most extreme option, unmodified PA6 cold resistance can perform well in cold environments.

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Breif Introduction of PA6 Cold Resistance

PA6, also known as nylon 6, is a widely used engineering plastic known for its well-rounded performance. One of its key strengths is its inherent PA6 cold resistance. This translates to PA6 maintaining its strength and functionality at relatively low temperatures. While not the most extreme option for frigid environments, unmodified PA6 can perform well without becoming brittle or breaking.

However, it’s important to note that PA6 temperature resistance can vary depending on the specific grade and any additives used. For exceptionally cold applications, there are modified PA6 formulations designed with enhanced low-temperature performance.

Beyond its cold resistance, PA6 also boasts good pa6 chemical resistance. This makes it a versatile material that can withstand exposure to a variety of chemicals without degradation. This, combined with its good mechanical properties, makes PA6 a valuable choice for applications in various industries.

The Popular Products of PA6 Cold Resistance

Snowboard

Mine Equipment Parts

Military Equipment

PA6 Cold Resistance Data

PA6 Cold Resistance Datasheet
Properties	Test conditions	Test unit	Test values
Fysikaaliset ominaisuudet
Tiheys	ISO 1183	g/cm³	1.37
Kutistuminen
MD	ISO 294-4	%	0.4-0.7
Ash content	ISO 1762	%	30
Impact performance
Missing impact strength of the cantilever beam			–
23°C	ISO 180	J/m	39
Lämpötehokkuus
Thermal deformation temperature
1.8 MPa, unannealed	ISO 306	°C	180
Melting temperature	ISO 1133	°C	220
Sähköiset ominaisuudet
Volumetric electropositive rate	IEC 93-1983	ohms·cm	1.0E+13 to 1.0E+15
Dielectric strength	IEC 60243	kV/mm	3.8
Mekaaniset ominaisuudet
Rockwell hardness			120
Grade R	–	–	–
Vetolujuus			–
Yield	ISO 527-2	Mpa	88.3
Tensile strain			–
Break	ISO 527-2	%	7.0
Taivutusmoduuli	ISO 178	Mpa	4900
Taivutuslujuus	ISO 178	Mpa	123