SAME PERFORMANCE WITH IMPROVED LASER TRANSPARENCY
PROMYDE’s new polyamides have been developed based on a change in morphology, allowing a four-fold improvement in direct laser transmission and improving overall transmission by up to 50%.
This new solution is a milestone, as laser transparency for polyamide 6 has not been achieved before, and mechanical properties are comparable to those of standard unreinforced PA6.
Laser welding consists of joining a transparent part by means of laser beams, melting the underlying half of the component that absorbs the laser beams. Thus, laser welding is the fusion of a laser-transparent material with a laser-absorbing material.
With the improved laser transparency offered by Promyde, it is now possible to weld thicker thicknesses with an unbeatable surface finish and weld strength. In this way, applications that previously required other joining methods can now be laser welded.
Therefore, new Promyde laser welding polyamide not only opens up completely new possibilities, but also makes a significant contribution to the efficiency of the part welding process.
LASER WELDING: CRYSTALLINITY AND MORPHOLOGY AS KEY FACTORS
Laser welding of partially crystalline thermoplastics is more complex than that of amorphous plastics due to the scattering of the laser beam in the spherulites. This problem was recurrent in all partially crystalline plastics, especially with polyamide 6.
Thanks to the Promyde laser welding innovation, it is now possible to create a Polyamide 6 structure with improved optical and mechanical properties.
DIRECT TRANSMITTANCE: TRUE LASER TRANSPARENCY
In addition to increasing laser transparency, Promyde laser welding polyamides improve the quality of the transmitted laser beam, i.e. direct transmittance.
In the case of Promyde laser welded polyamides, the direct transmission reaches 96% of the total transmission. This is directly related to reduced laser beam broadening and therefore to exceptional weld quality.
DIRECT TRANSMITTANCE: TRUE LASER TRANSPARENCY
In addition to increasing laser transparency, Promyde laser welding polyamides improve the quality of the transmitted laser beam, i.e. direct transmittance.
In the case of Promyde laser welded polyamides, the direct transmission reaches 96% of the total transmission. This is directly related to reduced laser beam broadening and therefore to exceptional weld quality.
LASER WELDING: CRYSTALLINITY AND MORPHOLOGY AS KEY FACTORS
Advantages of laser welding are important for small parts where flexible geometric design and clean operations are needed. Thus, Promyde grades for laser welding:
- They allow materials to be joined with high precision without damage and without structural changes. Laser welding avoids the need for adhesives and/or other bonding materials.
- It is especially interesting for electronic devices, automotive control units or assemblies with sensors.
RELATED MARKETS
Promyde - Injection
Applications
Electric Vehicle
We have been working for years on the development of specific engineering polymers for electric vehicles, providing solutions to new challenges, such as improving their autonomy, safety and sustainability.
HOME APPLIANCES
NUREL offers a wide range of products, including PP, PA, and PBT specifically designed for use in structural parts and components of home appliances. Our materials are tailor-made to meet the rigorous performance and durability requirements essential for the operation of these devices.
Structural reinforced parts
Vehicle structures, such as handgrips, require specific high flow and surface finish solutions that allow temperature dissipation for proper operation.
Industrial electrical components
Electrical components must meet high requirements including high temperature resistance, dimensional stability and chemical resistance. This type of parts uses PA, PBT and PP compounds. These materials ensure optimum and safe performance in electrical applications.
RELATED MARKETS
INDUSTRIAL
Industrial sector demands special performance to meet the most demanding efficiency, durability and resistance requirements. Promyde® and Recomyde® polymers and composites provide technical and value-added solutions in the manufacture of industrial machinery and components.
MOBILITY AND AUTOMOTIVE
Mobility and transportation has always been a leader in innovation for mechanical developments and process performance improvements. Thanks to our range of engineering polymers, NUREL participates in this race of continuous development with our offer in PA6, PA66, PBT and PET.
Consumer goods
Engineering plastics are used in a multitude of applications that reach the end consumer. Household appliances, tools, electronic devices, sports equipment and kitchen utensils all feature materials made of NUREL polyamide and PBT compounds.
Electrical and electronic
NUREL polyamide PBT, PET and PBT/PET compounds are present in parts and components of electrical and household appliances. Parts molded with Promyde®, Proxylene or Recomyde® can be found in food processors, white goods such as refrigerators, washing machines and dryers.
OTHER SOLUTIONS
Want to stay updated on the latest on NUREL Technical Polymers?
Subscribe to the Newsletter
