PA12: The alternative when PA6 is too rigid and PE too soft
It can sometimes be difficult to choose the right material for a specific application. We offer a wide range of plastics, but one material that stands out is PA12. It sits perfectly between PA6 and PE. But what exactly makes PA12 so special?
One of PA12’s most important properties is its low water absorption. This makes it suitable for environments where the material is at risk of being exposed to moisture. Furthermore, PA12 is flexible, which is an advantage in applications where the material needs to be bent without breaking.
Properties and advantages
Compared with PA6, PA12 is more flexible and less prone to cracking. At the same time, PA12 has good chemical resistance, making it a good choice when the material comes into contact with chemicals.
What makes PA12 unique is its combination of flexibility and chemical resistance. This makes it suitable for applications requiring both properties. One example is hoses, where the material must be able to bend without being damaged.
Applications
PA12 is often used where the material needs to withstand chemicals. One example is fuel hoses, which must be resistant to petrol. It is also used in cable sheathing to protect cables from chemical substances.
Its flexibility also makes PA12 suitable for medical instruments, where the material may need to be bent during use.
Comparison with PA6 and PA66
There are other materials to choose from. PA6 and PA66 are also popular. But how does PA12 differ?
PA6 is stiffer than PA12. This makes PA6 more brittle, particularly in damp environments. PA66 is also chemically resistant, but it is a more expensive option than PA12.
So who can use PA12? It can be used in many areas, from hoses to medical instruments. It is important to choose the right material for the right application and to ensure that it can withstand the chemicals to which it is exposed.
Are you interested in finding out more about PA12 and how it might suit your needs? Please don’t hesitate to contact us!
PA12: The Alternative When PA6 Is Too Rigid and PE Is Too Soft