PA6 Cold Resistance
PA6, or nylon 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.
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 |
| Physical properties | |||
| Density | ISO 1183 | g/cm3 | 1.37 |
| Shrinkage | |||
| 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 |
| Thermal performance | |||
| Thermal deformation temperature | |||
| 1.8 MPa, unannealed | ISO 306 | °C | 180 |
| Melting temperature | ISO 1133 | °C | 220 |
| Electrical properties | |||
| Volumetric electropositive rate | IEC 93-1983 | ohms·cm | 1.0E+13 to 1.0E+15 |
| Dielectric strength | IEC 60243 | kV/mm | 3.8 |
| Mechanical properties | |||
| Rockwell hardness | 120 | ||
| Grade R | – | – | – |
| Tensile strength | – | ||
| Yield | ISO 527-2 | Mpa | 88.3 |
| Tensile strain | – | ||
| Break | ISO 527-2 | % | 7.0 |
| Flexural modulus | ISO 178 | Mpa | 4900 |
| Flexural strength | ISO 178 | Mpa | 123 |
Related Blogs
Modified Nylon: The Innovation Engine of High-performance Engineering Plastics
Introduction In 2023, the global modified nylon market size will exceed US$82 billion, of which [...]
The Versatile Uses of PMMA Sheet in Various Industries
Introduction Polymethyl methacrylate (PMMA) sheets, often known as acrylic sheets or plexiglass, have become an [...]
What are 5 Characteristics of Nylon?
Introduction of Characteristics of Nylon Nylon is a powerhouse material that has shaped industries and [...]
What’s the Key Compound in Nylon?
Introduction of Compound in Nylon Nylon is one of the most revolutionary synthetic materials ever [...]
What Are Nylon Chips? Uses and Benefits You Need to Know
Introduction Nylon chips are a crucial component in modern manufacturing, known for their versatile applications [...]
Nylon Printing Temperature: Secret of Nylon 3D Printing
Introduction In the world of 3D printing, one material stands out for its versatility and [...]
Nylon vs PETG: Which 3D Printing Filament Reigns Supreme?
Introduction 3D printing has become an essential tool for hobbyists, engineers, and manufacturers alike. Whether [...]
What’s the Modulus of Nylon Tips and Tricks?
Introduction Nylon is one of the most versatile engineering plastics used in a wide range [...]
Bulgarian
Estonian
Turkish