Dymax Light-Curable Materials, Dissimilar Substrate Bonding, 9202-W

Description
Designed for optical alignment applications, 9202-W is a next-generation UV cure adhesive formulated with low-sensitizing ingredients designed to produce a safer adhesive for consumer wearable device assembly. Known skin sensitizers such as IBOA (isobornyl acrylate) have been intentionally removed from the product without compromising the top quality or performance associated with Dymax products. UV light-curable 9202-W adhesive is made for applications such as optical alignment and lens positioning where low shrinkage, high viscosity, and reliability performance are essential to the quality and clarity of an image and/or integrity of the device. When AV/VR headsets, smartwatches, and earbud wearable devices are touching or near the skin, the materials used within them must be the safest as possible for the human body in the event of extreme conditions causing leaching or improper cure. 9202-W optical alignment and lens positioning adhesive is in full compliance with RoHS directives 2015/863/EU. See our 2000-MW series of biocompatible IBOA- and TPO-free adhesives for medical wearables assembly.
Request a Quote Datasheet
Description
Designed for optical alignment applications, 9202-W is a next-generation UV cure adhesive formulated with low-sensitizing ingredients designed to produce a safer adhesive for consumer wearable device assembly. Known skin sensitizers such as IBOA (isobornyl acrylate) have been intentionally removed from the product without compromising the top quality or performance associated with Dymax products. UV light-curable 9202-W adhesive is made for applications such as optical alignment and lens positioning where low shrinkage, high viscosity, and reliability performance are essential to the quality and clarity of an image and/or integrity of the device. When AV/VR headsets, smartwatches, and earbud wearable devices are touching or near the skin, the materials used within them must be the safest as possible for the human body in the event of extreme conditions causing leaching or improper cure. 9202-W optical alignment and lens positioning adhesive is in full compliance with RoHS directives 2015/863/EU. See our 2000-MW series of biocompatible IBOA- and TPO-free adhesives for medical wearables assembly.
Request a Quote Datasheet

Suppliers

Company
Product
Description
Supplier Links
Light-Curable Materials, Dissimilar Substrate Bonding, 9202-W -  - Dymax
Torrington, CT, United States
Light-Curable Materials, Dissimilar Substrate Bonding, 9202-W
Light-Curable Materials, Dissimilar Substrate Bonding, 9202-W
Designed for optical alignment applications, 9202-W is a next-generation UV cure adhesive formulated with low-sensitizing ingredients designed to produce a safer adhesive for consumer wearable device assembly. Known skin sensitizers such as IBOA (isobornyl acrylate) have been intentionally removed from the product without compromising the top quality or performance associated with Dymax products. UV light-curable 9202-W adhesive is made for applications such as optical alignment and lens positioning where low shrinkage, high viscosity, and reliability performance are essential to the quality and clarity of an image and/or integrity of the device. When AV/VR headsets, smartwatches, and earbud wearable devices are touching or near the skin, the materials used within them must be the safest as possible for the human body in the event of extreme conditions causing leaching or improper cure. 9202-W optical alignment and lens positioning adhesive is in full compliance with RoHS directives 2015/863/EU. See our 2000-MW series of biocompatible IBOA- and TPO-free adhesives for medical wearables assembly.

Designed for optical alignment applications, 9202-W is a next-generation UV cure adhesive formulated with low-sensitizing ingredients designed to produce a safer adhesive for consumer wearable device assembly. Known skin sensitizers such as IBOA (isobornyl acrylate) have been intentionally removed from the product without compromising the top quality or performance associated with Dymax products.

UV light-curable 9202-W adhesive is made for applications such as optical alignment and lens positioning where low shrinkage, high viscosity, and reliability performance are essential to the quality and clarity of an image and/or integrity of the device.

When AV/VR headsets, smartwatches, and earbud wearable devices are touching or near the skin, the materials used within them must be the safest as possible for the human body in the event of extreme conditions causing leaching or improper cure.

9202-W optical alignment and lens positioning adhesive is in full compliance with RoHS directives 2015/863/EU.

See our 2000-MW series of biocompatible IBOA- and TPO-free adhesives for medical wearables assembly.

Supplier's Site Datasheet

Technical Specifications

  Dymax
Product Category Industrial Adhesives
Product Name Light-Curable Materials, Dissimilar Substrate Bonding, 9202-W
Cure / Technology UV or Radiation Cured
Unlock Full Specs
to access all available technical data

Similar Products

Light-Curable Materials, Dissimilar Substrate Bonding, OP-81-LS -  - Dymax
Specs
Cure / Technology UV or Radiation Cured; Single Component
Type / Form Gel
Substrate Compatibility Ceramic, Glass; Metal; Dissimilar Substrates; CAP; PS; FR-4; PA; PC; PETG; PMMA; SAN; Glass, Aluminum, Stainless Steel
View Details
Dymax Multi-Cure 602-GEL-REV-A UV Curing Adhesive Clear 170 mL Cartridge - 602-GEL-REV. A 170ML CART - Ellsworth Adhesives
Specs
Cure / Technology Single Component
Viscosity 30000 cP
Tensile (Break) 3325 psi (22925 KPa)
View Details
Dymax Ultra Light-Weld® 1187-M UV Curing Adhesive Yellow 160 mL Cartridge - 1187-M 160ML CARTRIDGE - Ellsworth Adhesives
Specs
Cure / Technology Single Component
Substrate Compatibility Plastic
Industry Sanitary
View Details
Dymax Ultra Light-Weld® 3069 UV Curing Adhesive Clear 160 mL Cartridge - 3069 160ML CARTRIDGE - Ellsworth Adhesives
Specs
Cure / Technology Single Component
Viscosity 450 cP
Tensile (Break) 2400 psi (16548 KPa)
View Details