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.
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.
Note: Glass color shifts when fired.
Main image shows fired glass image and second image shows same sheet unfired. Artist Madison Raynor created her game day serving dish with Sushi Plate mold #627141.
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.