A: “If only my parents would give me a car, life would be so much easier.” (Often said in reply to someone who says something beginning with “If only....”) Daughter: If only we didn't have to move out of town, I'd be the happiest girl in the world.
Various commercial baking pansCookware and bakeware are types of food preparation containers, commonly found in a kitchen. Cookware comprises cooking vessels, such as saucepans and frying pans, intended for use on a stove or range cook top.
Bakeware comprises cooking vessels intended for use inside an oven. Cookware and bakeware are extremely broad and particular materials can widen this spectrum as it affects both the quality of the item and the food that comes out of it, particularly in terms of thermal conductivity and how much food sticks to the item when in use.
In order to avoid this, handles can be made of non-heat-conducting materials, for example Bakelite, plastic or wood. A good cooking pot design has an “overcook edge” which is what the lid lies on.
Two cooking pots (Grape) from medieval Hamburg circa 1200-1400 Replica of a Viking cooking-pot hanging over a firth history of cooking vessels before the development of pottery is minimal due to the limited archaeological evidence. The earliest pottery vessels, dating from 19,600±400 BP, were discovered in Xianrendong Cave, Jiangxi, China.
Harvard University archaeologist Over Bar-Yosef reported that “When you look at the pots, you can see that they were in a fire.” Among the first of the techniques believed to be used by Stone Age civilizations were improvements to basic roasting.
In addition to exposing food to direct heat from either an open fire or hot embers, it is possible to cover the food with clay or large leaves before roasting to preserve moisture in the cooked result. For people without access to natural heated water sources, such as hot springs, heated stones (“ pot boilers “) could be placed in a water-filled vessel to raise its temperature (for example, a leaf-lined pit or the stomach from animals killed by hunters).
In many locations the shells of turtles or large mollusks provided a source for waterproof cooking vessels. Bamboo tubes sealed at the end with clay provided a usable container in Asia, while the inhabitants of the Tehuacán Valley began carving large stone bowls that were permanently set into a hearth as early as 7,000 BC.
According to Frank Hamilton Cushing, Native American cooking baskets used by the Zuni (Zuni) developed from mesh casings woven to stabilize gourd water vessels. This indicates a steady progression from use of woven gourd casings to waterproof cooking baskets to pottery.
Cooking baskets are filled with hot stones and roasting pans with wood coals. Native Americans would form a basket from large leaves to boil water, according to historian and novelist Louis L'Amour.
As long as the flames did not reach above the level of water in the basket, the leaves would not burn through. The development of pottery allowed for the creation of fireproof cooking vessels in a variety of shapes and sizes.
Coating the earthenware with some type of plant gum, and later glazes, converted the porous container into a waterproof vessel. After the development of metal cookware there was little new development in cookware, with the standard Medieval kitchen utilizing a cauldron and a shallow earthenware pan for most cooking tasks, with a spit employed for roasting.
At the 1968 Miss America protest, protestors symbolically threw a number of feminine products into a “Freedom Trash Can”, which included pots and pans. Metal pots are made from a narrow range of metals because pots and pans need to conduct heat well, but also need to be chemically unreactive so that they do not alter the flavor of the food.
Aluminum is commonly available in sheet, cast, or anodized forms, and may be physically combined with other metals (see below). Due to the softness of the metal, it may be alloyed with magnesium, copper, or bronze to increase its strength.
It is used, for example, to make Dutch ovens lightweight and bunt pans heavy duty, and used in ladles and handles and woks to keep the sides at a lower temperature than the center. Sauces containing egg yolks, or vegetables such as asparagus or artichokes may cause oxidation of non-anodized aluminum.
Pots and pans are cold-formed from copper sheets of various thicknesses, with those in excess of 2.5 mm considered commercial (or extra-fort) grade. Less than 1 mm wall thickness is generally considered decorative, with exception made for the case of .75–1 mm banished copper, which is hardened by hammering and therefore expresses performance and strength characteristic of thicker material.
Copper thickness of less than .25 mm is, in the case of cookware, referred to as foil and must be formed to a more structurally rigid metal to produce a serviceable vessel. Such applications of copper are purely aesthetic and do not materially contribute to cookware performance.
In certain circumstances, however, unlined copper is recommended and safe, for instance in the preparation of meringue, where copper ions prompt proteins to denature (unfold) and enable stronger protein bonds across the sulfur contained in egg whites. This allows precise control of consistency and texture while cooking sugar and pectin-thickened preparations.
Alone, fruit acid would be sufficient to cause leaching of copper byproducts, but naturally occurring fruit sugars and added preserving sugars buffer copper reactivity. The use of tin dates back many centuries and is the original lining for copper cookware.
Although the patent for canning in sheet tin was secured in 1810 in England, legendary French chef August Scoffer experimented with a solution for provisioning the French army while in the field by adapting the tin lining techniques used for his cookware to more robust steel containers (than only lately introduced for canning) which protected the cans from corrosion and soldiers from lead solder and botulism poisoning. Decorative copper cookware, i.e., a pot or pan less than 1 mm thick and therefore unsuited to cooking, will often be electroplated lined with tin.
Tin presents a smooth crystalline structure and is therefore relatively non-stick in cooking applications. As a relatively soft metal abrasive cleansers or cleaning techniques can accelerate wear of tin linings.
Wood, silicone or plastic implements are to preferred over harder stainless steel types. For a period following the Second World War, pure nickel was electroplated as a lining to copper cookware.
Nickel had the advantage of being harder and more thermally efficient than tin, with a higher melting point. Despite its hardness nickel's wear characteristics were similar to that of tin, as nickel would be plated only to a thickness of <20 microns, and often even less owing to nickel's tendency to plate somewhat irregularly, requiring milling to produce an even cooking surface, albeit sticky compared to tin and silver.
Copper cookware with aged or damaged nickel linings is eligible for retinning, or possibly replacing with nickel, although this service is difficult if not impossible to find in the US and Europe in the early 21st century. Silver is also applied to copper by means of electroplating, and provides an interior finish that is at once smooth, more durable than either tin or nickel, relatively non-stick and extremely thermally efficient.
The disadvantages of silver are expense and the tendency of sulfurous foods, especially classical, to discolor. Worn silver linings on copper cookware can be restored by stripping and re-electroplating.
Copper cookware lined with a thin layer of stainless steel is available from most modern European manufacturers. Among the advantages of stainless steel are its durability and corrosion resistance, and although relatively sticky and subject to food residue adhesions, stainless steel is tolerant of most abrasive cleaning techniques and metal implements.
Stainless steel forms a pan's structural element when bonded to copper and is irreparable in the event of wear or damage. Using modern metal bonding techniques, such as cladding, copper is frequently incorporated into cookware constructed of primarily dissimilar metal, such as stainless steel, often as an enclosed diffusion layer (see coated and composite cookware below).
Being a reactive material, cast iron can have chemical reactions with high acid foods such as wine or tomatoes. In addition, some foods (such as spinach) cooked on bare cast iron will turn black.
Seasoning creates a thin layer of oxidized fat over the iron that coats and protects the surface, and prevents sticking. Further, little notches on the inside of the lid allow the moisture to collect and drop back into the food during the cooking.
Although the Dough (literally, “gentle fire”) can be used in an oven (without the ice, as a casserole pan), it is chiefly designed for stove top use. Stainless steel's drawbacks for cooking use are that it is a relatively poor heat conductor and its non-magnetic property, although recent developments have allowed the production of magnetic 18/10 alloys, which thereby provides compatibility with induction cook tops, which require magnetic cookware.
Since the material does not adequately spread the heat itself, stainless steel cookware is generally made as a cladding of stainless steel on both sides of an aluminum or copper core to conduct the heat across all sides, thereby reducing “hot spots”, or with a disk of copper or aluminum on just the base to conduct the heat across the base, with possible “hot spots” at the sides. Carbon steel Carbon-steel cookware can be rolled or hammered into relatively thin sheets of dense material, which provides robust strength and improved heat distribution.
Like cast iron, carbon steel must be seasoned before use, usually by rubbing a fat or oil on the cooking surface and heating the cookware on the stove top or in the oven. With proper use and care, seasoning oils polymerize on carbon steel to form a low-tack surface, well-suited to browning, Millard reactions and easy release of fried foods.
Clad aluminum or copper Cladding is a technique for fabricating pans with a layer of efficient heat conducting material, such as copper or aluminum, covered on the cooking surface by a non-reactive material such as stainless steel, and often covered on the exterior aspect of the pan (“dual-clad”) as well. Generally, the thicker the interface layer, especially in the base of the pan, the more improved the heat distribution.
Some cookware uses a dual-clad process, with a thin stainless layer on the cooking surface, a thick core of aluminum to provide structure and improved heat diffusion, and a foil layer of copper on the exterior to provide the “look” of a copper pot at a lower price. This creates a piece that has the heat distribution and retention properties of cast iron combined with a non-reactive, low-stick surface.
Because of its light weight and easy cleanup, enamel over steel is also popular for cookware used while camping. When seasoned surfaces are used for cookery in conjunction with oil or fat a stick-resistant effect is produced.
Some form of post-manufacturing treatment or end-user seasoning is mandatory on cast-iron cookware, which rusts rapidly when heated in the presence of available oxygen, notably from water, even small quantities such as drippings from dry meat. Food tends to stick to unseasoned iron and carbon steel cookware, both of which are seasoned for this reason as well.
Other cookware surfaces such as stainless steel or cast aluminum do not require as much protection from corrosion but seasoning is still very often employed by professional chefs to avoid sticking. PTFE non-stick Skillet with non-stick cooking surfaceSteel or aluminum cooking pans can be coated with a substance such as polytetrafluoroethylene (PTFE, often referred to with the generalized trademark Teflon) in order to minimize food sticking to the pan surface.
Coated pans are easier to clean than most non-coated pans, and require little or no additional oil or fat to prevent sticking, a property that helps to produce lower fat food. Using metal implements, harsh scouring pads, or chemical abrasives can damage or destroy cooking surface.
The coating is stable at normal cooking temperatures, even at the smoke point of most oils. However, if a non-stick pan is heated while empty its temperature may quickly exceed 260 °C (500 °F), above which the non-stick coating may begin to deteriorate, changing color and losing its non-stick properties.
They can be used for both cooking in a fire pit surrounded with coals and for baking in the oven. Historically some glazes used on ceramic articles contained levels of lead, which can possess health risks; although this is not a concern with the vast majority of modern ware.
This rubbery material should not to be confused with the silicone resin used to make hard, shatterproof children's dishware, which is not suitable for baking. Intention, application, technique and configuration also have a bearing on whether a cooking vessel is referred to as a pot or a pan.
Generally within the classic batteries DE cuisine a vessel designated “pot” is round, has “ear” handles in diagonal opposition, with a relatively high height to cooking surface ratio, and is intended for liquid cooking such as stewing, stocking, brewing or boiling. Vessels with a long handle or ear handles, a relatively low height to cooking surface ratio, used for frying, searing, reductions, braising and oven work take the designation “pan”.
In Europe, clay roasters remain popular because they allow roasting without adding grease or liquids. Casseroles are often made of metal, but are popular in glazed ceramic or other vitreous material as well.
They can be used for stews, braised meats, soups and a large variety of other dishes that benefit from low-heat, slow cooking. Dutch ovens are typically made from cast iron or natural clay and are sized by volume.
A wonder pot, an Israeli invention, acts as a Dutch oven but is made of aluminum. It consists of three parts: an aluminum pot shaped like a Bunt pan, a hooded cover perforated with venting holes, and a thick, round, metal disc with a center hole that is placed between the wonder pot and the flame to disperse heat.
Grill pans are fry pans that are ribbed, to let fat drain away from the food being cooked. Griddles are flat plates of metal used for frying, grilling and making pan breads such as pancakes, injury, tortillas, chapatis and crêpes.
Traditional iron griddles are circular, with a semicircular hoop fixed to opposite edges of the plate and rising above it to form a central handle. Some have multiple square metal grooves enabling the contents to have a defined pattern, similar to a waffle maker.
Like fry pans, round griddles are generally measured by diameter (20–30 cm). Crêpe pans are similar to griddles, but are usually smaller, and made of a thinner metal.
These may be permanently attached to a heat source, similar to a hot plate. A variation on the saucepan with sloping sides is called a “Windsor”, ease or fait-tout “, and is used for evaporative reducing.
Saucepans with rounded sides are called saucers which also provide more efficient evaporation and generate a return wave when shaken. This allows stock to simmer for extended periods of time without major reducing.
Stock pots come in a large variety of sizes to meet any need from cooking for a family to preparing food for a banquet. This shape allows a small pool of cooking oil in the center of the wok to be heated to a high temperature using relatively little fuel, while the outer areas of the wok are used to keep food warm after it has been fried in the oil.
“Understanding Aspects of Aluminum Exposure in Alzheimer's Disease Development”. 9–10 ^ a b Chem ours, Key Safety Questions About Teflon™ Nonstick Coatings ^ Harvey error: no target: CITEREFHoulihanThayerKlien2003 (help) “...a generic non-stick frying pan preheated on a conventional, electric stove top burner reached 736 °F in three minutes and 20 seconds...” ^ Ross, Alice (20 January 2001).