Product Description
You'll love creating fused art with Youghiogheny (pronounced Yock-uh-gain-ee) Y-96 Fusible Glass. This line of 96 COE compatible glass is sure to be a crowd pleaser with a palette of robust opal, transparent and streaky colors. Y-96 Glass is tested using a dilatometer and fusing tests are examined with a polariscope to ensure our product meets the set standard.
Main image shows fired glass image and second image shows same medium sheet unfired. Third image shows a large piece unfired and back lit. Fourth image shows same large piece not backlit.
Note: Part of the Modern Art Series
Delphi Tip: Clean Y-96 glass thoroughly with a non-ammonia glass cleaner before firing to get a smooth, gloss finish in your fired art. Cap with clear for an extra glossy finish.
Y96 Recommended Firing Schedules
Delphi Tip: We recommend using a project and firing log to keep track of information about your projects and firing schedules can be an extremely useful tool for every artist. Once you've achieved a good result you can reference the logs to re-create the project or simply re-use a firing schedule for a similar project. Click here to download our free firing log.
Full Fuse
Segment |
Rate |
Temperature |
Hold/Minutes |
1 |
300°F/hr |
1000°F |
10 |
2 |
300°F/hr |
1250°F |
20 |
3 |
300°F/hr |
1425°F |
15 |
4 |
Full (9999) |
950°F |
60 |
5 |
200°F/hr |
800°F |
10 |
6 |
300°F/hr |
150°F |
|
Tack Fuse
Segment |
Rate |
Temperature |
Hold/Minutes |
1 |
300°F/hr |
1000°F |
10 |
2 |
300°F/hr |
1250°F |
20 |
3 |
300°F/hr |
1350°F |
10 |
4 |
Full (9999) |
950°F |
60 |
5 |
200°F/hr |
800°F |
10 |
6 |
300°F/hr |
150°F |
|
Slump Fuse
Segment |
Rate |
Temperature |
Hold/Minutes |
1 |
300°F/hr |
1000°F |
30 |
2 |
200°F/hr |
1225°F |
10 |
3 |
Full (9999) |
950°F |
60 |
4 |
200°F/hr |
800°F |
10 |
5 |
300°F/hr |
150°F |
|
*All kilns are not alike. Your kiln size, controller type, and individual project may require some alteration to the schedule for best results.
Photo above is a general representation of glass colors.
Colors may vary. Sizes are Approximate.