Attaching a terminal to a wire rope with pure molten zinc. Strength rating is 100% of wire rope rating.

The joining of metals through the use of heat and a filler metal – one whose melting temperature is below 840°F (450°C).

A means of securing an electrical contact to a wire by heating a low alloy of tin and lead also known as "solder".

Joining metals by fusion of alloys that have relatively low melting points. As a general rule, soft soldering provides a less strong joint than brazing. Soldering is used most frequently in plumbing, where the leak-preventing qualities of solder are more important than a strong bond. It's also used for connecting wires together where a good electrical connection is required.

Uniting pieces of metal by melting between them another kind of metal.

The method by which separately-made silver parts are joined together, using an alloy that will melt at a lower temperature than silver, thereby melting when applied to hot silver during soldering. A hard alloy of silver and zinc is now generally used.

Adherence of molten metal to portions of the die.

Fusing two pieces of metal by applying a heated alloy to the joint. This is used with soft metals like copper.

The process of joining metal using an alloy called solder. The solder is designed to melt at a temperature lower than the metal it is intended to join. The work and solder are coated with flux and are heated until the solder melts. On cooling, it solidifies to form a firm joint. The terms easy, medium, and hard solder describe solders with progressively higher melting points. Thus, some joints can be made at a relatively low temperature without melting earlier joints made with a higher-melting point solder.

bases, handles, fittings, bowl bodies, etc. are attached with a

The joining of metal with an alloy that has a lower melting point of the parent metals.

(SAH-der-ing) A process commonly used to repair metal and the metal portions of jewelry. Soldering joins two pieces of metal by applying molten metal to the joint.

A group of welding processes that produces coalescence of materials by heating them to the soldering temperature and by using a filler metal having a liquidus not exceeding (840°F) 450°C and below the solidus of the base metals. The filler metal is distributed between closely fitted faying surfaces of the joint by capillary action.

Fastening two base metals together by using a third, filler metal that melts at a temperature below 800°F.

The action of making connections with solder (a soft mixture of metals used to make a bond between two metal surfaces by melting).

A method of joining that is used for watertight applications, such as for roofing and gutters.

is the process of uniting the surfaces of metals with solder (solder: any of various alloys fused and applied to the joint between metal objects to unite them without heating the objects to the melting point) Soldering is by far the most difficult technique to master in making jewelry. Think about what the early Navajo silversmith had to go through to solder: he had to make his own solder by combining silver filings with brass filings from old pans or cartridge cases. This mixture was then placed at the joint to be soldered, together with some flux (a chemical used to keep silver from oxidizing during soldering), usually borax. The prepared pieces were placed in the coals of the forge and the whole works brought to a red glow, just below the melting point of the material. If the solder needed additional heat, the smith used a blowpipe with which he blew the flame onto the solder. In the 1900s better solder, fluxes and torches were introduced.

Joining metals by flowing a molten filler metal between the connecting surfaces at a melting range below an arbitrary temperature, usually about 800º F. (At higher temperatures, the process is call brazing.) The filler metal, called solder, may have any of a variety of compositions formulated for the different metals to be joined; the so-called soft, or low-melting, solders are primarily of tin and lead.

A method of joining by fusion of alloys by melting solder, then allowing it to cool and bond the joined pieces together.

Adherence of molten metal to portion of the die.

The technique of joining metallic parts by using a silver alloy, flux and high heat.

A low-temperature form of brazing. This technique is used for joining low-temperature base metals such as pewter and does not possess the strength of brazing solders when joining higher temperature metals such as silver.

the joining of metal parts using an alloy of lower melting point. Soft solders (lead and tin alloys) melt at the lowest heat. Hard solders (gold, silver, brass, or platinum alloys) require higher heat and make a stronger bond.

The process by which the leads of a stained glass panel are bonded together.  Wire solder is melted over all the joints of lead came on both sides of the panel.

Operation in which one or more metal pieces are united through the action of heat and the use of solder, the fineness of which for use with silver needs to be at least 550 parts per thousand.

A process used to bond similar or dissimilar materials by melting a filler metal or alloy that is placed between the components being joined. Solders are filler metals or alloys that melt at temperatures below 450oC.

attaching bases, handles, fittings, or bowl bodies by fusing the metallic surfaces together with a soldering iron.

Joining metals by fusion of alloys that have relatively low melting points — most commonly, lead-base or tin-base alloys, which are the soft solders. Hard solders are alloys that have silver, copper or nickel bases. Use of these alloys with melting points higher than 800 F, 427 C is properly called Brazing”.

This technique is used for joining low-temperature base metal.

A technique used in making and repairing jewelry whereby two pieces of metal are joined by applying a molten metal which has a lower melting point than the two metals being joined.

Process of joining two metallic surfaces to make an electrical contact by melting solder (usually tin and lead) across them.

A technique used to produce watertight joints between various types of metal pipes and fittings. Solder, when reduced to molten form by heat, fills the void between two metal surfaces and joins them together. Home Improvement Encyclopedia

Joining metals by fusion of alloys that have relatively low melting points- most commonly, lead-based or tin-based alloys, which are the soft solders. Hard solders are alloys that have sliver, copper, or nickel bases, and use of these alloys with melting points higher than 800°F (426.7°C) is generally termed brazing. The sticking or adhering of molten metal to portions of a die.

Process by which two or more metal surfaces are bonded together via an intermediary alloy called a solder.

Process where melted solder metal creates a bond between two other metals, joining them together with heat.

Soldering is a method of joining metal parts using a filler material (solder) which has a melting temperature below 450 °C (842 °F). Soldering is distinguished from brazing by virtue of a lower melting-temperature filler metal; it is distinguished from welding by virtue of the base metal not melting during the joining process. In a soldering process, heat is applied to the parts to be joined, causing the solder to melt and be drawn into the joint by capillary action and to bond to the materials to be joined by wetting action.