Conductive green shield ensuring flawless water bottle transfers
Achieve professional-grade sublimation results with the Conductive Green Shield, engineered to optimize heat distribution and maintain consistent pressure during transfers. This essential accessory enhances print clarity and minimizes production errors.
Durable and reusable, it is the perfect companion for sublimating cylindrical drinkware, ensuring every design comes out vibrant, sharp, and long-lasting.
Key Features:
- Even heat distribution for flawless sublimation prints
- Durable, high-temperature silicone construction
- Designed specifically for water bottles and cylindrical substrates
Personalization Options:
Pair this shield with sublimation paper and inks to customize bottles with logos, artwork, or text. It supports rich, durable color transfer that keeps designs looking new even after repeated use.
Printing Compatibility:
- Works with Joto Digital Mug Press and Joto Tumbler Mug Press
- Suitable for convection ovens in sublimation workflows
- Recommended for use with sublimation inks and papers
Product Specifications:
- Application: Heat shield for sublimation water bottles
- Material: Conductive silicone
- Finish/Color: Green
- Microwave Safe: Not applicable
- Dishwasher Safe: Not applicable
- Pack Quantity: 1 unit
Important Usage Notes:
- Always secure the shield around the bottle for consistent transfers
- Not intended for direct microwave use
- Compatible with shrink sleeves when required for added pressure
Perfect For:
- Custom promotional water bottles
- Event and team merchandise
- Personalized drinkware production
Handling & Storage Recommendations:
- Keep stored in a dry, cool environment
- Protect from sharp tools to avoid damage
- Rinse gently with mild soap and water after use
Color | Green |
---|---|
Compatible Technology | Accessories |
Dependent Quantity | No |
FCC Attribute | Yes |
Ink Configuration | CMY&HDK |
Per Pack | 1 |
Quantity Unit | Sold Individually |
SIP Attribute | Yes |
Size | 10" x 5" |
Thickness | 1/8" |
Peel | |
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Equipment | |
Image | |
Pressure | |
Application Temperature | |
Time |