HLC\u2011M\u20111004 expands the\u00a0HLC\u2122 Adhesives<\/a>\u00a0portfolio, which utilizes a hybrid light\u2011curable platform to support curing in both light\u2011exposed and shadowed areas. The adhesive combines on\u2011contact cure in dark areas with rapid, low\u2011intensity UV or visible\u2011light curing to support fast, reliable manufacturing.<\/p>\n Designed for medical device assembly, HLC-M-1004 is well-suited for applications involving catheters, diagnostic and therapeutic devices, and other parts that incorporate opaque or light-blocking substrates. The adhesive delivers low viscosity for controlled dispensing and penetration into tight bond gaps, enabling consistent bond formation without the need for primers.<\/p>\n Additional performance benefits include limited blooming with proper light curing, flexibility after cure, and improved aesthetics. The material provides rapid fixturing to support high-throughput manufacturing processes.<\/p>\n HLC-M-1004 has been evaluated in accordance with applicable ISO 10993 biocompatibility standards and contains no nonreactive solvents. As a one-part material, it helps manufacturers simplify processes, reduce waste, and improve overall production efficiency.<\/p>\n With the addition of HLC-M-1004, Dymax continues to expand the HLC Adhesive family to address evolving bonding challenges in medical device assembly environments.<\/p>\n About<\/b> Dymax<\/b><\/a><\/p>\n Dymax develops innovative rapid and light-curable materials, dispensing equipment, and UV\/LED light-curing systems. The company’s adhesives, coatings, and equipment are perfectly matched to work seamlessly with each other, providing design engineers with tools to dramatically improve manufacturing efficiencies. Major markets include aerospace and defense; medical device; and consumer and automotive electronics.<\/p>\n For additional information on Dymax, visit www.dymax.com<\/a> or call us at +65 6752 2887.<\/p>\n <\/p>\n –New Adhesive Enables Reliable Bonding in Both Light and Shadowed Areas<\/i><\/p>\n SINGAPORE<\/span>, May 28, 2026<\/span> \/PRNewswire\/ — Dymax, a global manufacturer of light-curing materials and equipment, today announced the release of HLC-M-1004<\/a>, a low viscosity adhesive designed to support efficient assembly of complex medical devices.<\/p>\n HLC\u2011M\u20111004 expands the\u00a0HLC\u2122 Adhesives<\/a>\u00a0portfolio, which utilizes a hybrid light\u2011curable platform to support curing in both light\u2011exposed and shadowed areas. The adhesive combines on\u2011contact cure in dark areas with rapid, low\u2011intensity UV or visible\u2011light curing to support fast, reliable manufacturing.<\/p>\n Designed for medical device assembly, HLC-M-1004 is well-suited for applications involving catheters, diagnostic and therapeutic devices, and other parts that incorporate opaque or light-blocking substrates. The adhesive delivers low viscosity for controlled dispensing and penetration into tight bond gaps, enabling consistent bond formation without the need for primers.<\/p>\n Additional performance benefits include limited blooming with proper light curing, flexibility after cure, and improved aesthetics. The material provides rapid fixturing to support high-throughput manufacturing processes.<\/p>\n HLC-M-1004 has been evaluated in accordance with applicable ISO 10993 biocompatibility standards and contains no nonreactive solvents. As a one-part material, it helps manufacturers simplify processes, reduce waste, and improve overall production efficiency.<\/p>\n With the addition of HLC-M-1004, Dymax continues to expand the HLC Adhesive family to address evolving bonding challenges in medical device assembly environments.<\/p>\n![\"Dymax](\"https:\/\/mma.prnasia.com\/media2\/2989386\/Dymax_Expands_HLC__Adhesives_Portfolio_with_New_Medical_Adhesive__HLC_M_1004.jpg?p=medium600\" "\\"Dymax")
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Dymax Expands HLC\u2122 Adhesives Portfolio with New Medical Adhesive, HLC\u2011M\u20111004<\/span><\/p>\n<\/div>\n<\/a>
Dymax Expands HLC\u2122 Adhesives Portfolio with New Medical Adhesive, HLC\u2011M\u20111004<\/span><\/p>\n<\/div>\n