Frequently Asked Questions
The can or bottle hugger measures five and a half inches in length, four inches in width, and a quarter inch in height. It is designed to fit standard twelve-ounce cans and bottles.
The can hugger is made from high-quality foam fabric. This material is durable, machine washable, and designed to withstand regular use.
Yes, the artwork is permanently dyed and fade-resistant. This ensures that the design remains vibrant even after multiple washes.
Simply slide your standard twelve-ounce can or bottle into the hugger for a snug fit. It will help keep your beverage at the ideal temperature.
Yes, this can hugger is designed to fit both cans and bottles. It is versatile for all your favorite beverages.
Yes, the can hugger is machine washable. You can clean it easily, making it convenient for everyday use.
You can store the can hugger flat or rolled up. Its collapsible design allows for easy storage without taking up much space.
Yes, the can hugger is perfect for outdoor use. It helps keep drinks cool during picnics, barbecues, or any outdoor activities.
Yes, the can hugger makes a great gift for various occasions. It is ideal for housewarmings, weddings, or as a thoughtful present for pet lovers.
This can hugger stands out due to its artful design, durable material, and fade-resistant features. It is proudly made in the USA, supporting local businesses.
If the can hugger arrives damaged, you should contact customer service for assistance. They will provide information on returns or exchanges.
Yes, the materials used in the can hugger are safe and non-toxic. However, it is recommended to supervise young children when using it.
Currently, the can hugger comes with pre-designed artwork. Customization options are not available at this time.
You can use the can hugger with any standard twelve-ounce beverages, including soda, beer, or water bottles. It is versatile for various drinks.
While the can hugger is made from durable materials, it is recommended to check for specific eco-friendly certifications as it may not be fully recyclable.

