Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.
Polylined to protect against soak-through.
Durable sidewall strength.
Eye-catching design.
Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.
Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.
Polylined to protect against soak-through.
Durable sidewall strength.
Eye-catching design.
Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.
Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.
Polylined to protect against soak-through.
Durable sidewall strength.
Eye-catching design.
Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.
Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.
Polylined to protect against soak-through.
Durable sidewall strength.
Eye-catching design.
Dixie® hot cups are made from materials which can tolerate and have been tested with hot liquid up to 212 degrees F the temperature, at which water boils. No tests have been performed with liquids over 212 degrees.