• December 14th, 2007
    New revolutionary fire retardant material for laser sintering announced.

  • December 3rd, 2007
    ALM attends EuroMold 2007 in Frankfurt, Germany.

  • August 13th, 2007
    ALM announces flex material for the laser sintering process.

  • April 2nd, 2007
    Read about ALM in the Austin American-Statesman

  • User:
    Pass:

    Advanced Laser Materials develops performance chemicals for a wide range of material applications.  Our patent pending technologies allow us to offer the following custom product lines:

    High Performance Glass Filled Polyamides – a line of polyamide blends mixed with glass and specially formulated for high thermal stability and reusability.

    Soft Elastomers – a line of thermoplastic elastomers tailored for high elongation, fine surface detail, and human skin-like softness.

    Fire Retardant Polyamides – a line of high mechanical property polyamides with excellent fire retardancy, passing even 60 second vertical burn tests while maintaining high elongation and tensile properties.

    Investment Casting Pattern Materials – a blend of polystyrene and other polymers designed to produce high strength investment casting patterns.

    The high life cycle of our glass fill polymers and additives will substantially reduce material waste, and thus lower your raw material costs dramatically.  Furthermore, the high stability of our patent pending polymer blends will help your company achieve the consistent part quality and properties required for rapid manufacturing.

    All ALM Performance Chemicals are manufactured to the highest of quality standards.  As a chemical company, all of our products are shipped with Certificates of Conformance verifying the material you receive complies with our specifications.  See our Quality Control section for more information.

    Contact us to discuss your material needs.  Our staff will gladly work with you to optimize a material solution for your application.
    © 2007 Advanced Laser Materials, LLC
    It's a custom industry . . . so why not expect custom results?