HPN SubliCraft 11 oz. Color Gradient Sublimation Glass Mug - 12 per case

SubliCraft by HeatPressNation focuses on providing professional quality sublimation blanks at an affordable price to everyone, especially the crafter. The SubliCraft by HeatPressNation line of sublimation blanks has been strategically streamlined in an effort to only offer the most popular and in-demand products in the creative community. See why so many creators are now switching to SubliCraft as their sublimation brand of choice.

The SubliCraft by HeatPressNation 11 oz. Color Gradient Glass Sublimation Mug is available in 8 great colors. Each case will contain 12 mugs of the same color. The gradient design features a transition from the colored base to a translucent rim.

Parts of a design that are towards the base of these mugs will have the color gradient serve as the background of the image - because of this, dark colors and bold text work best. As with any new substrate, we recommend performing a test before starting large batch productions.

These mugs are compatible with sublimation and can be used with the Mpress Mug Press, HPN Signature Series Mug Press, and GeoKnight Mug Press.

Non-Industrial Grade Dishwasher & Microwave Safe

Specifications:

Size - 3.7" H x 3.2" OD
Imprint Area - 8.2" x 3.7"
Pieces - 12 (of the same color)
Weight - 10.2 lbs per case / 0.85 lbs per mug

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Application Instructions

Temperature: 350-375°F
Time: 120-240 seconds depending on artwork
Be aware that colder temperatures can cause glass drinkware to become more fragile during the transfer process. This is due to the difference in temperature between the drinkware and the heating element.
In colder conditions, we first recommend pre-heating the drinkware for 20-30 seconds at 200°F
Suggested settings for HPN Signature Series Mug and Tumbler Press. Actual settings required may vary depending on the oven, artwork, and other factors.

*Due to the physical nature of this material expanding under heat, it is recommended to use lower levels of pressure or pre-heating the substrate prior to application. This will help prevent too much force from being applied against the expanded surface during application.*