braze

listen to the pronunciation of braze
Englisch - Türkisch
pirinçle lehimlemek
sert lehim
lehimle
(fiil) pirinçle lehimlemek
pirince benzer hale getirmek
pirinç veya çelikle kaynak yapmak
(Nükleer Bilimler) lehimleme
lehimlemek

Relevante Übersetzungen

braze welding
sert lehim kaynaklaması
braze welding
sert lehim kaynaklamasi
brazing
{f} pirinç ile lehimle: prep.lehimle
brazing
erime noktası
brazed
{f} pirinç ile lehimle
brazed
sert lehimli
brazing
pirinç kaynak
brazing
{f} pirinç ile lehimle
brazing
(Mühendislik) sert lehim, pirinç kaynağı
brazing
sert lehimleme
brazing
PiRiNc KAYNAgI
brazing
(Nükleer Bilimler) lehimleme
brazing
sarı kaynağı
Englisch - Englisch
The joining together of two metal pieces, without melting them, using heat and diffusion of a jointing alloy of capillary thickness
To burn or temper in fire
to make of or ornament with brass
{v} to cover or solder with brass
High-temperature soldering using a bronze filler rod which has a higher (840 degrees F) melting point than normal soldering and makes touch, durable joints
To cover or ornament with brass
{f} coat with brass; solder
with an alloy of copper and zinc; as, to braze the seams of a copper pipe
To solder with hard solder, esp
To solder with a relatively infusible alloy
To solder with brass, an alloy made of copper and zinc
solder together by using hard solder with a high melting point
\Braze\, v 1: To solder 2: to harden
To harden

Relevante Übersetzungen

brazing
A method of joining metals by using heat and a filler
brazed
past of braze
brazer
An instrument used in brazing
brazer
{i} one who is forward, one who is rude, insolent person
brazes
third-person singular of braze
brazing
present participle of braze
brazing
Brazing is the joining of metal parts by melting a different metal (of lower melting point) which bonds the parts together Typically brazing involves joining steel parts with molten brass Soldering is a similar operation, using lower temperatures and different filler metals (with a lower melting point) In brazing and soldering, the filler metal penetrates inaccessible areas of the joint by capillary action See also welding, fillet brazing
brazing
a method of steel frame construction that involves brass or silver solder to connect frame tubes
brazing
The joining of metal parts by heating them and, by capillary action, drawing a molten copper-zinc or other brazing alloy between them
brazing
Brazing and soldering are techniques for joining metals in the solid state by means of a fusible filler metal with a melting point well below that of the base metal
brazing
a metal joining technique that uses a molten filler metal alloy having a melting temperature greater than about 425 degrees C (800 F)
brazing
Method of joining metals with nonferrous filler (without iron) using heat between 800 deg F and melting point of base metals
brazing
A group of welding processes in which a groove, fillet, lap, or flange joint is bonded by using a nonferrous filler metal having a melting point above 800 °F (427 °C), but below that of the base metals Filler metal is distributed in the joint by capillary attraction
brazing
a metal joining technique that uses a molten filler metal alloy having a melting temperature greater than about 425 ° C
brazing
Joining metals by flowing a thin layer of molten, nonferrous filler metal into the space between them
brazing
The joining of ends of two wires, rods or groups of wires with a non-ferrous filler metal at temperatures above 800°F (427°C)
brazing
{i} soldering using a hard solder
brazing
Joining metals by flowing a thin-layer capillary thickness of nonferrous filler metal into the space between them
brazing
Brazing is a method of joining metal parts together by fusing a layer of brass between the adjoining surfaces A red heat is necessary and a flux is used to protect the metal from oxidation
brazing
A form of welding that secures a carbide cutting edge to the steel body of a router cutter
brazing
Process for joining two pieces of metal by applying heat and adding a filler metal. The filler, which has a lower melting point than the metals to be joined, is either pre-placed or fed into the joint as the parts are heated. In brazing parts with small clearances, the filler is able to flow into the joint by capillarity. The temperature of the molten filler in brazing exceeds 800°F (430°C). In soldering, a related process, the filler metal remains below that temperature. Brazed joints are usually stronger than soldered joints. Most metals can be brazed, and the range of available brazing alloys has increased as new alloys and new service requirements are introduced. Brazed joints are highly reliable and are used extensively on rockets, jet engines, and aircraft parts. See also welding
brazing
Method of joining metals with nonferrous filler (without iron) using heat between 800 F (427 C ) and melting point of base metals
brazing
a method of joining metal parts together by fusing a layer of brass between the adjoining surfaces A red heat (700-800°C) is necessary and a flux used to protect the metal from oxidation
brazing
A process where metals are joined using a filler metal that melts at a temperature above 450 degrees celcius
brazing
a process of joining metals using a non-ferrous filler metal having a melting point that is lower than the "parent metals" to be joined, typically over +800ºF
braze
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