New Light-Curable Materials Formulated with Low-Sensitizing Ingredients
Press Release Summary:
- Features high viscosity and reliability performance essential to the quality and clarity of an image or the integrity of devices
- Designed for electronic wearables such as fitness trackers, smart watches, earbuds and VR headsets
- Suitable for applications such as structural bonding, sensor encapsulation, lens alignment and selective coating
Original Press Release:
New to The Market: Light-Curable Materials for Consumer Electronics Wearable Devices
Torrington, Connecticut – March 8, 2023... Dymax, a leading manufacturer of rapid-curing materials and equipment, is pleased to release its 9200-W series of next-generation light-curable encapsulants and structural and optical-positioning adhesives made without materials of concern known to cause skin sensitization.
This new product portfolio addresses skin-sensitivity concerns related to assembling end-user consumer electronics wearables such as fitness trackers, smart watches, earbuds, AV/VR headsets, and other devices in close contact with the skin. Formulated with low-sensitizing ingredients, the 9200-W series of light-curable materials have recognized irritants, such as IBOA, intentionally removed from them without compromising the trusted quality and high performance associated with Dymax technologies. The products can be used alone or together in one device to create a total protective solution. Dymax can also customize standard formulas to meet specific application requirements.
These IBOA-free encapsulants and adhesives address the numerous challenges associated with wearable assemblies, such as devices that cannot be hermetically sealed or a customer’s restricted-substance requirements. Manufacturers can utilize the products for various applications, such as structural bonding, sensor encapsulation, lens alignment, and selective coating, to secure and protect parts and eliminate component movement.
The 9200-W series cures “on-demand” when exposed to UV/LED light energy, and some products feature a secondary moisture cure for shadow areas. Though not designed for direct skin contact, they are suitable to assemble applications worn on the body for short- or long-term periods, where extractable or leachable materials may be a concern.
9201-W bonding and encapsulating material for wire bonds, chip-on-board, or flex-on-board circuits, offers electrical insulation, chemical and environmental protection, and superior protection through reliability testing, such as thermal shock, cycling, and vibration. Low-shrinkage 9202-W adhesive, for optical alignment and lens positioning, features high viscosity and reliability performance essential to the quality and clarity of an image or the integrity of devices. 9210-W encapsulant, designed for FPC reinforcement, selective coating, and component encapsulation, cures with light first and then moisture for application areas where shadows are present and exhibits excellent performance in reliability testing. Low-stress 9211-W plastic bonding adhesive for CCM applications is specifically formulated for camera module barrel and holder assembly and adheres well to PC, LCP, ABS, and FR4.
Focused on improved worker and end-user safety, Dymax will continue to expand its new 9200-W portfolio to include a broader range of safer consumer wearable encapsulants, adhesives, and optical positioning materials. To support the 9200-W series, Dymax also offers complementary dispense and UV/LED light-curing systems.
Dymax develops innovative rapid and light-curable materials, dispense 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 devices, and consumer and automotive electronics.
For additional information on Dymax, visit https://dymax.com or call us at 860-482-1010.
For Immediate Release Contact:
Sr. Marketing Communications Specialist