Product Description
Here's a modern oven mitt design with a neoprene front that prints in full color. Quilted silver heat-resistant back, makes gripping pots and pans easy. It has convenient hanging loop. This item has been tested and passes the ASTM D 1230-2017 standard flammability test. Third party tested to withstand temperatures up to 500 degrees Fahrenheit.
- Full Color Imprint
- Neoprene Front
- Silver heat resistant back
- Withstands temps up to 500° F
- Hanging Loop
- Material: Neoprene
- Standard Packaging: Bulk
- Product Size: 8-1/4″ W x 14″ L
- Country of Origin: Other/Multiple
Customization & Imprint Information:
- All Decoration Options
- Dye sublimation 8.25″ W x 14″ H on Front edge to edge, keep main logo/art sized to 4-1/2in. x 4-1/2in.
- Set-Up
Standard Set-Up: $60.00G
- Shipping
3rd Party Shipping: $10.00G
Drop Shipment within Continental US: $10.00G
Drop Shipment outside Continental US: $20.00G
- Canadian Set-Up
- Canadian Shipping
- Full Color Imprint
- Neoprene Front
- Silver heat resistant back
- Withstands temps up to 500° F
- Hanging Loop
What is the Neoprene Oven Mitt with Full Color Print Surface - 8.25 x 14 in?
The Neoprene Oven Mitt with Full Color Print Surface - 8.25 x 14 in is a custom promotional product available from Promolistic. Here's a modern oven mitt design with a neoprene front that prints in full color. Quilted silver heat-resistant back, makes gripping pots and pans easy. It has convenient hanging loop. This item has b Made from Neoprene. Pricing starts at $12.25 per unit.
How to order Neoprene Oven Mitt with Full Color Print Surface - 8.25 x 14 in
Minimum order quantity is 50 units. Standard production time is 5 Business Days. All orders include a free digital proof within 24 hours.
Customization options for Neoprene Oven Mitt with Full Color Print Surface - 8.25 x 14 in
Available in 1 colors including White. Key features: Full Color Imprint, Neoprene Front, Silver heat resistant back, Withstands temps up to 500° F. Custom logo imprinting available with multiple decoration methods.
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