PA film
Key data in focus
PA 6, PA 6.6, PA 11 and PA 12
Material variants
from 0.1 mm
Film thickness
up to 5.0 mm
Film thickness
ISO 9001
Made in Austria
Special solution
What are PA films unique makes
PA film is not the same as PA film. The choice between PA 6, PA 6.6, PA 11 and PA 12 affects strength, flexibility, moisture absorption, UV resistance and subsequent processing. Therefore, it is not only the material designation that is crucial, but also the interplay between the material, the film thickness, the surface structure and the application.
High mechanical strength
Polyamide films can withstand high tensile and tear loads and remain reliable even under repeated mechanical stress. PA 6 and PA 6.6 are particularly suitable where strength and stiffness are required. PA 11 and PA 12 offer more flexibility and lower moisture absorption depending on the design.
Strength and flexibility
PA films combine durability with good toughness. This makes them suitable for applications where the film not only needs to be form stable but also must withstand bending, vibration, or alternating loads. The appropriate type is selected based on actual usage and the desired lifespan.
UV and weather resistance
Suitable stabilized versions are available for applications with direct or indirect UV exposure. The durability depends on the PA type, the stabilization, the color, the film thickness and the specific application conditions. We work together to determine which material design is suitable for the desired lifespan and environment.
Good further processing ability
PA films can be cut, stamped, shaped, laminated or assembled according to the design. The bonding can also be adapted to the application. For this, adhesive, surface, temperature, humidity and mechanical stress must be considered together.
Targeting surface design
The surface not only influences the appearance but also friction, adhesion, printability, and further processing. Depending on the requirement, smooth or textured surfaces are possible. A defined surface structure can help to connect functional properties with reproducible further processing.
Surface activation for bonding and printing
If PA film is to be securely bonded, printed, or connected with another layer, surface activation may be useful. By flame treatment or corona treatment, the surface is specifically modified and prepared for the respective subsequent process. The appropriate method depends on the material type, surface structure, process speed, and desired adhesion.
Which PA film Does it suit you?
Not every PA film is the best solution for every application. We think about the later use and together choose the material type, thickness, surface finish and processing that really suits your component and your process.
PA 6 – rigid, tough and versatile
PA 6 is a proven material base for technical films with good mechanical strength. The material combines strength and toughness with wide application possibilities and can be used for different film thicknesses and further processing.
- Good strength and toughness
- suitable for technically demanding mechanical applications
- Versatile in processing and use
- Available in coordinated sheet thicknesses and surface structures
PA 6.6 – high strength and temperature resistance
PA 6.6 is suitable where higher stiffness, strength and thermal resistance are required. This material type is interesting for technical applications with increased requirements for form stability and mechanical durability.
- high mechanical strength
- Good rigidity and form stability
- suitable for more demanding temperature ranges
- Suitable for technical applications with continuous load
PA 11 – flexible and durable
PA 11 offers a good combination of flexibility, toughness, and durability. The lower moisture absorption compared to PA 6 and PA 6.6 can be an advantage in applications with varying humidity or contact with certain media.
- good flexibility and durability
- reduced moisture absorption compared to PA 6 and PA 6.6
- suitable for flexible technical films
- interesting for applications with changing environmental conditions
PA 12 – dimensionally stable and moisture resistant
PA 12 excels through its relatively low moisture absorption and good dimensional stability. This makes the material suitable for films where stable dimensions, flexibility, and reliable processing must be combined.
- low moisture absorption
- good dimensional stability under changing conditions
- Balanced combination of flexibility and strength
- suitable for technical films and multi-layer solutions
Where PA films their strengths play out
Technical covers and protective solutions
PA films are suitable for covering, protective layers and technical separating layers when mechanical strength, flexibility and a defined surface are required.
Machine and plant construction
In machines and systems, PA films are used as load-bearing intermediate layers, protective films, sealing or sliding elements, and for individually configured technical solutions.
Electrical and connection technology
Depending on the material type and design, PA films can be used for insulation and protection applications, covering, or as part of multilayered technical solutions.
Automation and equipment technology
In housings, protective components and functional internal components, PA films combine low weight with mechanical durability and good recyclability.
Multilayer composite solutions
Through appropriate surface activation and bonding, PA film can be bonded to other films, fabrics, or carrier materials. This creates composite solutions that combine multiple functions in a single system.
Why Filzwieser for PA films in the field of plastic processing?
The basic material is not the only factor that determines the quality of technical films. Thickness, surface structure, strength, UV exposure, moisture and further processing must all be compatible. The surface itself can also determine the quality of the subsequent bonding, printing or coating.
This is where we come in: we view the PA film as part of your overall solution. Together, we examine whether PA 6, PA 6.6, PA 11, or PA 12 is a better fit, what film thickness is needed, and whether surface activation through flame or corona is advisable.
What we are distinguishes
- Material advice for PA 6, PA 6.6, PA 11 and PA 12
- Determination of strength, flexibility, UV resistance and dimensional stability
- Experience with technical films from 0.1 to 5.0 mm
- Consulting on bonding, coating and surface activation
- customized surface structures and further processing
- Roll-formed products, cut-to-size and pre-assembled solutions
- Assistance from the initial idea to the serial production
- Short routes – directly with the expert, without a sales buffer
Your
contact person
Frequently asked questions
What is the difference between PA 6, PA 6.6, PA 11 and PA 12?
PA 6 and PA 6.6 are often suitable for applications with higher strength and stiffness. PA 6.6 offers higher thermal resistance. PA 11 and PA 12 absorb comparatively less moisture and are interesting when flexibility, dimensional stability and resistance to changing environmental conditions are required. Which type is suitable depends on the load, temperature, humidity, UV exposure and further processing.
Why does a PA film need to be surface-activated?
Surface activation may be necessary when the PA film needs to be securely bonded, printed or coated. Flame treatment or Corona treatment alters the surface in such a way that adhesives, paints, or coatings can adhere better. We determine which treatment is suitable based on the specific downstream process.
What is the difference between Beflamming and Corona treatment?
When fired, the surface is activated through a short-term thermal treatment. In the Corona treatment, the activation occurs through an electrical discharge. Both methods can improve wettability and adhesion. The appropriate method depends, among other things, on the type of film, thickness, surface structure, processing speed, and storage conditions.
Can PA film be bonded?
Yes, PA film can be bonded with suitable adhesive systems. For a durable connection, adhesive, material type, surface, and application conditions must all match. Temperature, humidity, mechanical stress, and possible media contact all affect the lifespan of the connection. Proper surface activation can further improve adhesion.
What surface structure is possible for PA film?
Depending on the application, smooth or textured surfaces can be provided. The surface structure influences friction, contact area, adhesion and appearance among other things. It is crucial to determine the function the film is intended to perform in the final system. We coordinate the design with the material, further processing and application.
What PA film thickness is the right one?
PA films are available in thicknesses of 0.1 to 5.0 mm. A thin film can suffice for flexible protective or composite solutions, while thicker thicknesses offer more stability and mechanical strength. The appropriate thickness depends on strength, bending radius, temperature, attachment, further processing, and the desired lifespan.