Frequently Asked Questions
The can cooler sleeve is designed to fit twelve ounce slim cans. It measures six point five inches in length, three point five inches in width, and zero point twenty-five inches in height.
The can cooler is made from durable fabric. This material ensures longevity and allows for machine washing without degrading the artwork.
Yes, it fits a variety of twelve ounce slim cans. This includes popular brands like Michelob Ultra, Starbucks Refreshers, and Heineken Light.
Simply slide your slim can into the cooler sleeve. It provides insulation and helps you keep track of your drink while adding style.
Yes, the cooler sleeve is versatile and works with drinks like Starbucks Refreshers, dry soda, and Vitaminwater Energy. It’s perfect for any slim can beverage.
Yes, it is designed to be collapsible and portable. This makes it convenient to store and carry for gatherings or events.
You can machine wash the can cooler sleeve. Its durable fabric maintains the vibrant artwork even after multiple washes.
Yes, the artwork is crafted to remain vibrant and will not peel off. It is designed for longevity, even through washing.
Yes, it makes a great gift for various occasions. Ideal for housewarming, weddings, or as a thoughtful present for friends.
The can cooler features a 'Day of the Dead Indian Skull' design. This exclusive artwork adds a unique flair to your beverage.
Currently, this specific model features the Day of the Dead Indian Skull design. Additional designs may be available under other models.
Yes, the can cooler is safe for use by all ages. It is made from non-hazardous materials and is designed for everyday beverage use.
The can cooler is perfect for any social gathering. Whether it’s a picnic, barbecue, or party, it adds style and functionality.
No, there are no hazardous materials used in the can cooler. It is safe for regular use and does not pose any health risks.
If the can cooler arrives damaged, contact customer support for assistance. They will guide you through the return or exchange process.
