Transparency and chemical resistance: Transparent polyamide was designed for transparent applications where poly carbonate struggles with chemical resistance or where more costly transparent polymers are over-specified.

Versatility:It can be used for transparent and blend applications involving a broad range of processing methods, including injection molding, extrusion.

Clear polyamide
Are you seeking alternatives to traditional clear thermoplastics such as polycarbonate?
• Are you looking for lower-cost materials to replace expensive transparent nylon-12 based systems, while meeting minimum application performance  requirements?
• Do you have corporate or customer sustainability goals that can be met by using materials with recycled content?
• Do you currently use a transparent nylon that misses application requirements for higher temperature resistance,
stiffness or moisture absorption, leaving your only choice as a much higher-priced material?
• Are you limited by the current range of transparent nylons and desire to expand your design options with a new and differentiated offering?

Face any of the above challenges? Start a discussion with us

There are multiple reasons to consider permanent marking for your products. Whether you need to protect your brand from counterfeiters, improve logistics management, or clearly identify products to simplify installation by end users, permanent marking can help you meet your goal.

Options abound as well. If you manufacturer wire and cable, for instance, the choices include embossing wheels, ring marking, engraving, offset printing, hot foil printing, laser marking and inkjet marking. In other industries, labels can be used.

Why consider laser marking? Because advances in laser marking equipment and additive technologies enable high rates of output while still delivering an excellent marking contrast. Unlike other methods, laser marking systems are easily programmable, supporting flexibility during production. And they’re practically maintenance free, with no consumables needed.

How does the process work?

To create the mark, a laser beam activates a laser-sensitive additive embedded in the polymer. The beam changes the molecular structure of the additive, causing a color change that results in a permanent marking. Sourcing the additive as a masterbatch, often bundled with colorant, makes it easier to add to your production process.