Translation of "Glasofen" in English

Perhaps I could heat up a glass furnace in Murano.

An oven for smelting glass is at the heart of the museum.

Small amounts of substance were distilled with a Glass Oven B 585 Kugelrohr from Büchi.

At the end of its life a glass kilnproduces more than 40 different kinds ofrefractory waste.

The glass manufacturer Vetropack in Croatia was looking for an efficient heating alternative while repairs were being carried out on its glass furnace flue.

At that time, the glassworks had 2 large furnaces with 6 pans each and one additional small furnace.

The mixture melting process takes place in a device called bath or glass furnace.

These U-shaped or undulating glass tubes are formed of a rod-shaped cylindrical glass tube that in turn was melted directly from the glass furnace.

Besides a distinctive fast-food bar, there is also a separate space determined for a shop with bargain glass, and especially a small glass furnace which every visitor to the Lindava glassworks may approach to stand literally within arm's reach by masters of glass-making art and watch their craftsmanship from within the immediate proximity.

Occasional visits in Frauenau with Erwin Eisch, or in the Glasfachschule Zwiesel to work at a glass furnace.

The glass blowing workshop opens twice a year for six weeks and students from all disciplines take the opportunity to work on the glass kiln.

Owen-Illinois was being provided with liquid oxygen during the construction phase in order to supply oxygen to the glass trough that went into operation in December 2014 already.

The co-operation functions on a number of levels, from the opening of an efficient hot glass studio with a glass oven to covering personnel costs. It will be supported as a pilot project for three years, but is intended to be permanent.

Due to its high temperature strength, high temperature oxidation resistance, long life and corrosion-resistance, molybdenum electrode is widely used in daily glass, optical glass, insulation materials, glass fiber, rare earth industry and glass fiber furnace, glass kiln fore-hearth field.

The lightning is the message that this glass stove brings to you. It can easily be moved from one part of the room to another, thanks to its small wheels.

The organisation of each group is based on division of labour, but the bond between the different groups is simple co-operation, which, by using in common one of the means of production the furnace, causes it to be more economically consumed.

For fixing glass parts, glass frits, glass powders, pre-cut shapes, etc. to glass, before fusing it into the glass oven.

In Room 14 students from completely different artistic subject areas meet together at the glass furnace: ranging from the glass design via ceramic up to painting, graphic and sculpture.

Such a furnace, with its 4-6 groups, constitutes a glass house; and a glass manufactory comprises a number of such glass houses, together with the apparatus and workmen requisite for the preparatory and final stages.

In 1790, Gordiola came to the Island and founded the company with one single glass furnace.

The hot glass is heated molding furnace, firing temperature above 590 degrees Celsius, such as hot-melt glass, lamp glass, die-casting glass, dewaxing cast glass (glass) and blown glass.

The ara is the refractory bricks cell located aside the glass kiln, where glassworks lay for hours to slowly cool down.

Many objects are very touching, like the piece of B. Jane Cowie, the Australian artists who for years has worked at the furnace in Singapore and who’s piece “Memory Touchstone” has installed glass travel memories in an old suitcases.

In an exhibition boasting more than 70 glass exhibits, you can ring musical instruments made from glass or marvel at amazing optical effects.Have you ever seen a glass kiln at first hand or looked over a glassblower’s shoulder as he transforms molten glass into a beautiful vase?

The wood was necessary for the operation of the furnaces .

With the closure of glass furnaces in Carlsfeld in 1979 the history of glassworks in the Saxon Ore Mountains came to an end.

Glass-making requires energy because the glass furnaces have to be heated to temperatures of 1 600°C, the point at which the raw materials melt to become glass.

Glass-making requires energy because the glass furnaces have to be heated to temperatures of 1 600°C, the point at which the raw materials melt to become glass.

Such bricks are known, for example, from U.S. patent application Ser. No. 346,225, filed Feb. 5, 1982, now U.S. Pat. No. 4,436,144 and have been successfully used because their shape makes it possible to construct a stable checker work in chambers of glass melting furnaces, the wall thickness of the hollow bricks being so reduced that practically the entire brick volume may serve to store heat. This is derived from the fact that the through passage has a hydraulic diameter of 120 to 200 mm, the hydraulic diameter being defined by the relationship: four times the through passage cross section divided by the periphery of the through passage cross section, and that the ratio of the hydraulic diameter to the thickness of the hollow brick, measured in the direction of the major axes extending parallel to the bottom and top surfaces, is between 3 and 5.

However, in the operation of glass melting furnaces whose chambers had checker works built with these bricks, it has been found that the glue gases as well as the fresh air pass in an essentially laminar flow through the through passages of the checker works, as is also the case with checker works built with tetragonal or cross-shaped bricks.

The present invention relates to a checkerwork for two upright regeneration chambers of a glass melting furnace, the checkerwork rising from a lowermost region to an uppermost region and defining a multiplicity of adjacently arranged vertical passages alternatingly providing upwardly directed fresh air flow and downwardly directed exhaust flow, the passages being connected by vertically spaced openings producing air turbulence.

In glass melting furnaces, the exhaust gases are loaded with considerable amounts of corrosive dusts which have the tendency of being deposited in the lower, colder region of the checkerwork, and this phenomenon is known as aging of the checkerwork.

The refractory material may be magnesite, magnesia chrome iron ore or chrome iron ore magnesia, forsterite or fireclay, for example. Such bricks are known, for example, from U.S. patent application Ser. No. 346,225, filed Feb. 5, 1982, now U.S. Pat. No. 4,436,144 and have been successfully used because their shape makes it possible to construct a stable checker work in chambers of glass melting furnaces, the wall thickness of the hollow bricks being so reduced that practically the entire brick volume may serve to store heat.

This recipe takes its name from the ara of the glass kilns, and it is, of course, typical in the Isle of Murano, where glassworkers could prepare a nourishing and tasty course with the minimum expense and time.

Aside from the heavy physical labor, the old furnaces with their cooling and timber kiln had a special charm .

Murano has been home to the glass makers' furnaces since 1291 since the Serenissima republic moved them to the island to prevent the too frequent fires from wreaking damage in the city center.

U-glass is a kind of rolled glass obtained from a shaping process in glass furnaces controlled by a computer system.