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Our new video highlights the key properties of UV22, a one component, nanosilica filled UV curable epoxy system that meets NASA low outgassing specifications. This system offers exceptional abrasion resistance, superior optical clarity and thermal stability up to +350°F. It cures quickly and easily when exposed to a UV light source.
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UV15FL
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Offering a low viscosity and easy handling, UV15FL is a one part, high strength, UV curable system. It has a cationic curing mechanism with very low shrinkage upon cure. This compound also features enhanced toughness which allows for superior impact resistance as well as robust thermal cycling capabilities. UV15FL has outstanding thermal stability with a glass transition temperature ranging from 80-85°C or 115-120°C when post cured with heat.
For more information, request a data sheet on UV15FL |
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UV11-3 |
With superb abrasion resistance, UV11-3 is an extra-hard UV curable coating for plastic substrates. This optically clear system has a low viscosity that cures readily when exposed to a UV light source or EB radiation. It exhibits excellent adhesion to polycarbonates, polymethylmethacrylates, polyvinylchlorides and other plastic substrates. UV11-3 also has high resistance to staining and many common chemicals.
For more information, request a data sheet on UV11-3 |
| UV10 |
Master Bond UV10 cures in just 20-30 seconds upon exposure to a conventional UV light source emitting at a wavelength of 320-365 nm. It is a multi-purpose, one part system for bonding, sealing and coating that features excellent optical clarity, superb physical properties and exceptionally low viscosity. It bonds well to glass, surface treated metals and plastics such as polycarbonates and acrylics, among others.
For more information, request a data sheet on UV10 |
| UV15-7DC |
Enabling cures in shadowed out areas, UV15-7DC features a primary cure utilizing UV light and a secondary cure that requires heating for curing sections that are not exposed to UV light. This system has superior physical strength properties, low shrinkage upon cure and good non-yellowing characteristics. It also offers excellent dimensional stability, superb electrical insulation properties and a very good capacity to withstand thermal cycling.
For more information, request a data sheet on UV15-7DC |
| LED401LV |
Featuring breakthrough LED curing technology, LED401LV will cure completely tack-free when exposed to a light source emitting 405 nm wavelength in sections of 1/8 inch thick and beyond. Once cured, it has impressive physical properties, including outstanding dimensional stability, very good electrical insulation, optical clarity and commendable chemical resistance. Since LED light sources do not generate as much heat as UV ones, LED401LV can be used to bond heat sensitive substrates.
For more information, request a data sheet on LED401LV |
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Copyright  2015 by Master Bond Inc. All Rights Reserved. This content may not be reproduced in any way without the prior written permission of Master Bond Inc.
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September 2015
