Patent Awarded to Dymax Corporation for Innovative See-Cure Technology

Dymax’s new BlueWave® LED Prime UVA light-curing system and compatible LED-curable adhesives work together seamlessly and are ideal for manufacturers looking to complement their “green” initiatives.


August 30, 2010

Dymax’s new BlueWave® LED Prime UVA light-curing system and compatible LED-curable adhesives work together seamlessly and are ideal for manufacturers looking to complement their “green” initiatives.  The LED system offers many benefits over conventional UV light-curing units including no consumable bulbs to change, no warm-up time, cool cures, and constant intensity.  The compatible adhesives cure tack-free in seconds and bond to a wide variety of glass, plastics (such as ABS, PVC, and PET), and metal substrates for industrial and medical applications.

Dymax was also a 1998 silver winner for “Solvent-Free Plastic-Bonding Adhesives”.  Awards will be presented at The Connecticut Quality Improvement Award Partnership's 23rd Annual Conference on Quality and Innovation, Friday, October 29, 2010, at Water's Edge Resort in Westbrook, CT.

In addition to their headquarters in Torrington, Dymax has locations in Germany, China, Hong Kong, and Korea which serve the assembly needs of the medical, electronic, optical, automotive, appliance, metal finishing, power generation, and industrial markets worldwide.

With over 25 patents received, this latest patent confirms Dymax’s commitment to creating new technologies that help manufacturers increase efficiency, quality, productivity, and throughput while decreasing costs.

In addition to their headquarters in Torrington, Dymax has locations in Germany, China, Hong Kong, and Korea which serve the assembly needs of the medical, electronic, optical, automotive, appliance, metal finishing, power generation, and industrial markets worldwide.

Dymax Corporation is a leading technology-based company specializing in the formulation, manufacture, and service of advanced assembly adhesives, coatings, epoxies, masking resins, and light-curing systems.


 

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