Polyonics Introduces New True-white Laser Markable Label Material With Enhanced Durability for Applications Involving High Temperatures and Harsh Chemicals

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Polyonics XF-539 white LML material applied to ICs

Polyonics XF-539 offers a more durable, cost competitive and higher temperature alternative to PET and acrylic LML materials and is also more durable than thermal transfer printed label materials.

(PRWEB) April 08, 2014

Polyonics, Westmoreland, NH. Polyonics has released XF-539, a newly developed white laser markable label material (LML). This new product joins the Polyonics black LML material, the XF-537, and is likewise designed for increased durability and readability in applications where harsh environments (high temperatures, harsh chemicals, etc.) surpass the capabilities of the traditional thermal transfer printable label materials (TTP).

The Polyonics XF-539 LML construction includes a 25µm (1mil) polyimide film, durable, cross-linked true-white topcoat, pressure sensitive adhesive (PSA) and 55# glassine liner for handling and die cutting. Numerous types of low power lasers including CO2, UV, vanadate, fiber and YAG variants can easily image the XF-539 and produce consistent, high contrast and highly readable linear and 2D barcodes and alpha-numeric characters.

LML Materials Also Help Optimize Direct Part Marking Processes
The polyimide based LML product is the first true-white LML product on the market. It also surpasses the durability of the PET and acrylic label materials due to the superior physical properties of polyimide. These include higher temperature and chemical resistances, superior dimensional stability, tear resistance, dielectric strength, etc.

The Polyonics XF-539 is designed to optimize direct part marking systems (DPM) and help lower manufacturing costs by increasing bar code contrast and improving read rates. They also allow manufacturers to mark in-process QC and test data directly on the labels during the manufacturing process. In addition, using LML materials in concert with DPMs helps simplify the rework process by allowing relabeling and re-positioning of laser marked data and images.

LML Material Serves a Wide Array of Applications
The XF-539 is available with a variety of PSAs and liners to best suit each application. The PSAs include acrylic, silicone and low surface energy (LSE) for strong adhesion to different types of surfaces and temperature/chemical conditions. Applications for the XF-539 include;

• High resolution linear and 2D bar codes
• Automotive under-the-hood labels
• Ultra-high temperature asset tracking
• Labeling for harsh environments including strong chemicals
• UDI medical/pharmaceutical labeling
• PCB and electronics tracking
• DOD/IUID military asset tracking
• Durable goods marking

LML Features and Benefits

• Superior durability compared to PET and acrylic LML materials
• Superior durability compared to traditional thermal transfer printed labels re: high temperature resistance, chemical resilience, weatherability and abrasion
• Easily ablated by low power CO2, fiber, YAG, vanadate and UV lasers
• Produces high definition linear and 2D bar code images
• True-white and black LML options
• High strength PSAs with liners for die cutting
• Increased contrast improves readability of laser marked linear and 2D bar codes
• High durability and increased temperature and chemical resistances for long term survival in harsh environments
• Rework and/or re-positioning of laser marked data and images
• XF-537 black LML material provides antistatic protection including static dissipative surface resistance (10^4 to 10^9 Ohms) and low tribocharging (<100v)
• Halogen free, REACH and RoHS compliant

Polyonics Corporate Overview
Polyonics manufactures high performance materials for harsh environments. These include label materials, single and double coated engineered tapes, films and flexible substrates. Polyonics materials are used by OEMS and specialty die-cut converters worldwide. The ultra-thin polyimide, polyester and aluminum materials are designed expressly for high temperatures and harsh environments plus provide flame retardant and static dissipative performances for electronics, automobile, aerospace and medical components.

For further information or to receive samples for evaluation, please contact Dave Genest at 603.903.6327 or dave.genest(at)polyonics(dot)com

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