PA can be welded using all methods commonly utilised for thermoplastic materials. As PA machine parts often have a mechanical function, glue joins must be performed with great care in cases where force is applied to the join. To glue PA to PA, use a solvent including material flakes. To glue PA to steel, it is most common to use a two-component epoxy adhesive.
PA is highly resistant to chemicals, with the exception of acids (generally) and strong bases. PA absorbs a good deal of water, leading to changes in both its mechanical and thermal attributes. Untreated nylon is affected by UV radiation. PA is ideal for application in contact with foods – both in production machinery and for packaging.
PA/nylon is often the preferred option on account of the following benefits:
- Excellent mechanical strength and chemical resistance
- Suitable for use against rough surfaces
- Resistant to most hydrocarbons/solvents and some bases
- Resistant to wear, with a high material fatigue threshold
- Ideal for mixing with other materials. Through modification and reinforcement, PA can be given greater strength and rigidity, resistance to high temperatures and an extremely low friction coefficient.
PTFE features a variety of versatile attributes in a single solution
By mixing additives such as glass, carbon, graphite, bronze and stainless steel in with the virgin PTFE, we can tailor the attributes to match specific production environments and industries.
With PTFE and high-tech plastic as our area of expertise, we have the capacity to analyse complex issues and develop customized PTFE compound for your application.