how about UV glass bonding?
[FONT="]Hey Kevin,
Thanks again for the sweet tailgate![/FONT]
[FONT="]I thought I’d chime in on these ‘pure awesomeness’ windows… instead of trying to find ways to drill holes through tempered glass in order to accept the hardware, why not using ultra-strong 3M epoxies/adhesives, glass bonding agents or an Ultraviolet (UV) bonding process?
Have you ever seen those stairs designed with glass risers or railings with metal hardware or architectural buildings that use glass for their facades? They use hardware that is not drilled through or slipped through, but bonded to the glass using a UV bonding process. I know that the UV bonding process is used for structural and surface bonding, and to my knowledge, only works on glass to metal (I'm not sure about other materials like plastic).[/FONT]
[FONT="]The demand is already there -short of sexual favors- so, these babies can go into production as long as you meet your intended goals of: 1) trying to use the OE windows, 2) cutting down on the amount of hardware used, as well as minimizing any invasive cutting, drilling or welding for the install, 3) providing security, and 4) designing a set with a profitable price point, right?[/FONT]
[FONT="]I think many others, including myself, wouldn’t mind unlocking the latches on the windows from inside, then this would solve the security issue... It's piece of mind…[/FONT]
[FONT="]Here’s some helpful leads: Check out [/FONT][FONT="]Bohle B-682 adhesive, UV bonding at Häfele. Dymax Corp.
Hope this helps!
Jonathan[/FONT][FONT="][/FONT]
[FONT="]Hey Kevin,
Thanks again for the sweet tailgate![/FONT]
[FONT="]I thought I’d chime in on these ‘pure awesomeness’ windows… instead of trying to find ways to drill holes through tempered glass in order to accept the hardware, why not using ultra-strong 3M epoxies/adhesives, glass bonding agents or an Ultraviolet (UV) bonding process?

Have you ever seen those stairs designed with glass risers or railings with metal hardware or architectural buildings that use glass for their facades? They use hardware that is not drilled through or slipped through, but bonded to the glass using a UV bonding process. I know that the UV bonding process is used for structural and surface bonding, and to my knowledge, only works on glass to metal (I'm not sure about other materials like plastic).[/FONT]
[FONT="]The demand is already there -short of sexual favors- so, these babies can go into production as long as you meet your intended goals of: 1) trying to use the OE windows, 2) cutting down on the amount of hardware used, as well as minimizing any invasive cutting, drilling or welding for the install, 3) providing security, and 4) designing a set with a profitable price point, right?[/FONT]
[FONT="]I think many others, including myself, wouldn’t mind unlocking the latches on the windows from inside, then this would solve the security issue... It's piece of mind…[/FONT]
[FONT="]Here’s some helpful leads: Check out [/FONT][FONT="]Bohle B-682 adhesive, UV bonding at Häfele. Dymax Corp.
Hope this helps!

Jonathan[/FONT][FONT="][/FONT]