Honey Mustard Maple Glazed Ham Recipe - The Cookie Rookie® (2024)

FAQs

What is brown sugar glaze made of? ›

For this recipe a bone-in fully cooked ham cooks for about 12-14 minutes per pound (a 9lb ham will take about 2 1/4 hours). It is easy to overcook ham so to really make a perfect baked ham, I suggest using a thermometer like this one.

Ham is the cured leg of pork. Fresh ham is an uncured leg of pork. Fresh ham will bear the term "fresh" as part of the product name and is an indication that the product is not cured. "Turkey" ham is a ready-to-eat product made from cured thigh meat of turkey.

Bake in a preheated 325F oven for 10-14 minutes per pound, or until a meat thermometer registers 135F. Remove from oven and let sit for 10 minutes before serving. If the ham came with extra glaze, follow the package directions for adding it and cooking the glaze.

Combining white sugar with molasses may be a better brown sugar substitute, but if you don't have molasses, other liquid sweeteners like honey, maple syrup, or agave nectar will work as well. You should mix a tablespoon or two of the liquid sweetener into a scant 1 cup of white sugar to replace a cup of brown sugar.

But desserts aren't the only option for this glaze. Use it to finish off a honey-baked ham for that last hit of honey sweetness. Making it is as simple as bringing just three ingredients to a simmer—honey, light brown sugar, and butter.

Cooking Temperature and Time

If the ham is a half ham weighing five to seven pounds, it should heat at 325°F for 22-25 minutes per pound. If it is a whole ham weighing between 10 to 14 pounds, heat the ham at 325°F for 18-20 minutes per pound. The internal temperature should be 140°F.

Place the ham on a rack in a shallow roasting pan. Insert an oven-safe thermometer into the center of the ham. (It should not touch the bone of a bone-in ham.) Bake, uncovered, in the preheated oven until ham registers the desired temperature (140°F for pre-cooked ham).

If you don't cover your ham while cooking it will quickly dry out. Instead: Put some aluminum foil over your ham while it's cooking. It is recommended that the ham is covered for at least half of the cooking process and only removed during the last half when you glaze it.

It's rich in protein and several beneficial nutrients. However, regularly eating processed meats like ham may increase your risk of certain cancers. Thus, it's best to limit your intake and stick to fresh, less processed types of ham as part of a balanced diet.

What is the slang ham mean? ›

: someone who enjoys performing and who tends to behave in an exaggerated or playful way when people are watching.

Is Ham Bad for Dogs? Ham is not toxic to dogs, but it's also not a healthy treat for them. So if your pup eats a little piece that fell to the floor, they should be totally fine. But feeding ham to your dog as a regular snack can cause some long-term health issues.

Bake the ham in the preheated oven, uncovered, for 2 1/2 to 3 hours or until a meat thermometer inserted into the thickest portion registers 140°F, basting every 30 minutes with 1/2 cup of the glaze.

Cooked canned ham and cooked vacuum-packaged ham, both from federally inspected plants, can be eaten right out of the package. All of these along with spiral-cut cooked ham are safe to eat cold or can be warmed to an internal temperature of 145°F (63°C), as they are already fully cooked.

Arrange slices in a single layer on a greased baking pan. Add a couple of tablespoons of broth or water and cover with foil. Bake for about 10 minutes or until heated through, turning slices once.

A BASE GLAZE is a mixture of these three basic groups: SILICA, FLUX AND ALUMINA.

Glazes need a balance of the 3 main ingredients: Silica, Alumina and Flux. Too much flux causes a glaze to run, and tends to create variable texture on the surface. The texture may vary from shiny, where the glass is balanced, to matte where the excessive flux oxides may form visible, possibly lumpy, crystals.

Raw materials of ceramic glazes generally include silica, which will be the main glass former. Various metal oxides, such as sodium, potassium, and calcium, act as flux and therefore lower the melting temperature. Alumina, often derived from clay, stiffens the molten glaze to prevent it from running off the piece.