Posts Tagged ‘thermal retention’
How can Budweiser advertise that their new aluminum cans stay colder longer?
I always understood that glass has exceptional thermal retention, plus Aluminum is a superior conductor. Wouldn’t Aluminum conduct heat to the beverage faster, thus the beer not staying cold as long?
Posted in Advertising | 
Tags: aluminum, aluminum cans, beer, beverage, Budweiser, conduct, conduct heat, conductor, glass, heat, retention, thermal retention | 
No Comments »
How can Budweiser advertise that their new aluminum cans stay colder longer?
I always understood that glass has exceptional thermal retention, plus Aluminum is a superior conductor. Wouldn’t Aluminum conduct heat to the beverage faster, thus the beer not staying cold as long?
Posted in Advertising |
Tags: aluminum, aluminum cans, beer, beverage, Budweiser, conduct, conduct heat, conductor, glass, heat, retention, thermal retention |
No Comments »
How can Budweiser advertise that their new aluminum cans stay colder longer?
I always understood that glass has exceptional thermal retention, plus Aluminum is a superior conductor. Wouldn’t Aluminum conduct heat to the beverage faster, thus the beer not staying cold as long?
Posted in Advertising |
Tags: aluminum, aluminum cans, beer, beverage, Budweiser, conduct, conduct heat, conductor, glass, heat, retention, thermal retention |
No Comments »
How can Budweiser advertise that their new aluminum cans stay colder longer?
I always understood that glass has exceptional thermal retention, plus Aluminum is a superior conductor. Wouldn’t Aluminum conduct heat to the beverage faster, thus the beer not staying cold as long?
Posted in Advertising |
Tags: aluminum, aluminum cans, beer, beverage, Budweiser, conduct, conduct heat, conductor, glass, heat, retention, thermal retention |
2 Comments »