"FROST LINE" Super-Sized Insulated Zipper Cooler Tote

Item # IMP-126-965-1426468
"FROST LINE" Super-Sized Insulated Zipper Cooler Tote

Request a fully customized quote

Enter your quantity:

Choose Product Color

Color: Gray

Select Print Method

Quantity 50+ 100+ 250+ 500+ 1000+
As low as $8.95 $8.55 $8.15 $7.65 $7.15
You Save - $0.40 (4.47%) $0.80 (8.94%) $1.30 (14.53%) $1.80 (20.11%)
Quantity 50+ 100+ 250+ 500+ 1000+
As low as $10.05 $9.65 $9.25 $8.75 $8.25
You Save - $0.40 (3.98%) $0.80 (7.96%) $1.30 (12.94%) $1.80 (17.91%)
Maximum 3 samples
Need your order sooner? Call our RUSH HOTLINE 617.323.0100 for assistance.

Select Quantities

 
Quantity
 
Price each
Enter the quantity you would like here, or move the slider above to select your desired quantity and view overall savings.
x
$8.95

 
Total:
 
$447.50
 
You Save:
 
$0.00 (0%)
 
(off minimum quantity pricing)



Select Delivery Date


Need it faster? Select a Garanteed Date, or your money back!


Total Quantity:
Unit Price:
Total Price:
Our Super-sized Insulated Cooler Tote is made with 80GSM non-woven polypropylene material on the outside and FDA compliant food safe reflective thermal insulation inside. It features a zippered main compartment, a large front pocket and 2 mesh side pockets for drinks or additional storage. Use it to grocery shop or for cool food storage on the go. We recommend using ice packs to keep items cold. If you choose to use ice in your cooler we recommend putting loose ice in a plastic bag to avoid leaks. Hold up to 20 cans of soda or beer.?
Imprint Method
Screen Print|Full Color
Product Dimensions
22" W x 16" H x 7-1/2" D (29" Handle - 12-3/4" drop)
Product Material
80GSM Non-woven Polypropylene with foil laminated PE foam insulation.
Package Length
26
Package Width
17
Package Height
18
Approximate Production Time
7 Working Days
Items In Carton
50
Weight Per Carton
14
Additional Notes I
Packaging: Bulk
Item Weight
0.28
Pricing Summary
Setup
Fix my Art
Total Quantity
Total Price
Savings

NO PAYMENT REQUIRED
UNTIL YOU APPROVE YOUR VIRTUAL PROOF