Fiesta Frequently Asked Questions

By  Chef Austin

 

 

Are Fiesta glasses and plates dishwasher safe?

Yes, all current Fiesta dinnerware is dishwasher-safe.

Are Fiesta glasses and plates microwave safe?

Yes, all current Fiesta dinnerware is microwave-safe.

Can Fiesta go in the oven? What temperature is Fiesta safe to in the oven?

 350º F is acceptable for dinnerware. Fiesta bakeware, pie pans, casserole dishes, and ramekins are oven safe for 400º F to 500º F, depending on the product. Check the product description for exact information.

 

Can Fiesta go under the broiler?

Fiesta does not recommend exposing your dinnerware to direct flame. 

 

What Fiesta is radioactive? Is Fiesta made with uranium?

Back in a time where people thought it was okay to use uranium to color objects (also remember lead paint?) Fiesta used uranium oxide and depleted uranium to color come of their dishes (most notably "radioactive" red). But don't fear, Fiesta has been uranium-free since 1972 and all current pieces in production are safe to use, and still beautifully colored. 

Is there lead in Fiesta?

All current Fiesta products do not contain lead.

Is there cadmium in Fiesta?

No, Fiesta products are made with cadmium-free glaze.

Where is Fiesta made?

Fiesta is made in the USA and comes with a 5-year guarantee against chipping.

 

What colors does Fiesta come in?

A better question is what color do they not come in? Check out all the colors here

My Fiesta came with no stamp and/or Fiesta without markings.

Each piece of Fiesta is unique and sometimes the stamp can appear light and less distinct - this is a common occurrence which happens during the production process. Everything Kitchens is an authorized retailer for Fiesta, meaning our product comes directly from the manufacturer. 

I do not see the rings on my Fiesta plate. Is it fake?

Everything Kitchens is an authorized retailer for Fiesta, our product is direct from the manufacturer. Each piece of Fiesta is unique and sometimes additional glaze can be added during the production process making the rings less distinct.