Ingot Silver Aluminium Alloys
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Ingot silver aluminum alloys are a family of aluminum alloys that have a silver appearance due to their high purity levels. They are typically made by melting and casting aluminum with low levels of impurities, resulting in a high-quality material with a consistent, uniform appearance. The most common ingot silver aluminum alloy is 1050, which is a pure aluminum alloy with a minimum aluminum content of 99.5%. It has excellent electrical conductivity, high thermal conductivity, and good corrosion resistance, making it a popular choice for electrical and architectural applications. Other ingot silver aluminum alloys include 1100, 1199, and 1350. 1100 is a high-purity alloy with a minimum aluminum content of 99%, making it an excellent choice for applications requiring high electrical conductivity, such as electrical wiring and transformers. 1199 is a high-purity alloy with a minimum aluminum content of 99.99% and is used in applications where purity is critical, such as semiconductor manufacturing. 1350 is an alloy with a minimum aluminum content of 99.5% and is used for electrical conductor applications. Ingot silver aluminum alloys are valued for their high purity, consistency, and uniform appearance. They are commonly used in applications where appearance and electrical conductivity are critical, such as electrical wiring, semiconductors, and architectural applications. As an importer and exporter of aluminum products, including ingot silver aluminum alloys, Phoolchand Bhagat Singh would likely work closely with aluminum suppliers and manufacturers to ensure that the products they supply meet the specific needs and requirements of their customers. This may include providing customized alloy compositions or sizes to meet the specific needs of a particular application or industry.
Yellow Silver Parad Alloy
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100 Kilogram (MOQ)
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22 Carat Handmade Silver Alloys
6,000 Per Kilogram
1 Kilogram (MOQ)
Sterling Silver Grain Alloys
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silver galinstan alloy
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1 Kilogram (MOQ)
The non-toxic galinstan replaces mercury in thermometers; the tube interior must be coated with gallium oxide to prevent it from wetting the glass. Galinstan has higher reflectivity and lower density than mercury. In astronomy, it can replace mercury in liquid-mirror telescopes.[12] Metals or alloys like galinstan that are liquids at room temperature are often used by overclockers and enthusiasts as a thermal interface for computer hardware cooling, where their higher thermal conductivity compared to thermal pastes and thermal epoxies can allow slightly higher clock speeds and CPU processing power achieved in demonstrations and competitive overclocking. Two examples are Thermal Grizzly Conductonaut and Coolaboratory Liquid Ultra, with thermal conductivities of 73 and 38.4 W/mK respectively.[13][14] Unlike ordinary thermal compounds which are easy to apply and present a low risk of damaging hardware, galinstan is electrically conductive and causes liquid metal embrittlement in many metals including aluminum which is commonly used in heatsinks. Despite these challenges the users who are successful with their application do report good results.[15] In August 2020, Sony Interactive Entertainment patented a galinstan-based thermal interface solution suitable for mass production,[16] for use on the PlayStation 5. Galinstan is difficult to use for cooling fission-based nuclear reactors, because indium has a high absorption cross section for thermal neutrons, efficiently absorbing them and inhibiting the fission reaction. Conversely, it is being investigated as a possible coolant for fusion reactors. Its nonreactivity makes it safer than other liquid metals, such as lithium and mercury.[17] The wetting characteristics of galinstan can be utilized to fabricate conductive patterns, allowing it to be used as a liquid, deformable conductor in soft robotics and stretchable electronics. Galinstan can be used to replace wires, interconnects, and electrodes as well as the conductive element in inductor coils and dielectric composites for soft capacitors.[18][11]
cadmium free silver brazing alloy
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Raw materials which are used for the production of our entire range of products are carefully checked against varied quality parameters as these are essential bottleneck assets. With our fast and modern transit facilities, safe and timely deliveries of consignments are guaranteed.
Silver Brazing Alloy
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We are offering silver brazing alloy & silver brazing wires. As silver brazing alloys are easy to use, possess high strength impact with short melting ranges, free flowing and versatile. They have outstanding flow characteristics and mechanical properties. These are available in forms of wire, foils or shims, preformed wires or strips, granules, rings and paste or powder. Besides, these can be customised as per clients specifications and applications. Uses automotive industry uses brazing extensively, especially for brazing aluminum radiators, which use tube-to-fin and tube-to-header joints. Brazing is also used in pipe and tube applications to extend length, fabricate shapes, join dissimilar materials, and to ensure a water or pressure tight joint. Common base metals include aluminum and its alloy, copper and alloy, steel and stainless steel. Brazing applications extend to microwave reflectors, satellites, cameras, and other sophisticated instrumentation. Common base metals used include oxygen free copper, nickel, stainless steel, copper- nickel alloy, iron-nickel-cobalt alloys, and tungsten. Products in silver brazing alloys silver brazing rods & foils ranges: 50%, 43%, 35%, 30%, 14%, 5%, 2% packaging details description packing length (mm) size (mm) weight tig rods corrogated box 500 3.15, 2.5, 2.0, 1.6 1 kgs mig wire plastic spools - 2.0, 1.6, 1.2, 0.8 on request shim foil - - - on request we cater to your welding requirements of silver brazing alloys in the form of agrawal co. ( as per is 2927) silver brazing alloys. For more details, fill our enquiry form.
silver brazing alloys
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German Silver Alloy
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German silver, name for various alloys of copper, zinc, and nickel, sometimes also containing lead and tin. They were originally named for their silver-white color, but use of the term silver is now prohibited for alloys not containing that metal. German silver varies in composition, the percentage of the three elements ranging approximately as follows: copper, from 50% to 61.6%; zinc, from 19% to 17.2%; nickel, from 30% to 21.1%. The proportions are always specified in commercial alloys. German silver is extensively used because of its hardness, toughness, and resistance to corrosion for articles such as tableware (commonly silver plated), marine fittings, and plumbing fixtures. Because of its high electrical resistance it is used also in heating coils.
Palladium,Silver,Platinum,Ruthenium Master Alloys
25,000 Per per Kg
The alloys have the following advantages : Master alloys are prepared under strictly controlled conditions using high purity metals leading to uniform composition and world class quality. They blend easily with gold giving gold alloys with optimum hardness and annealing properties leading to the production of defect free jewellery. These alloys do not oxidise during casting, thereby resulting in clean castings. Specific alloys suitable for casting are available in addition to general purpose alloys. The alloys are ready for immediate delivery. They are backed by extensive technical support. Special alloys can be developed for your specific needs.
silver brazing alloys
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We are offering silver brazing alloys, silloy ncd / sn / si ag brazing flux silloy 9999 ncd 99-100 silmux - t silloy 9092 ncd 90-92 silmux - t silloy 6770 ncd 67-70 silmux - t silloy 6366 ncd 63-66 silmux - t silloy 5861 ncd 58-61 silmux - t silloy 5356 sn-ncd 53-56 silmux - g silloy 5659 sn-ncd 56-59 silmux - g silloy 5659 sisn-ncd 56-59 silmux - g silloy 4346 sn-ncd 43-46 silmux - g silloy 4346 sisn ncd 43-46 silmux - g silloy 4346 ncd 43-46 silmux - t silloy 4245 ncd sp 42-45 silmux - t silloy 4244l ncd 42-44 silmux - g silloy 3841 ncd 38-41 silmux - g silloy 3639 ncd 36-38 silmux - g silloy 3335 sn-ncd 33-35 silmux - g silloy 3235 ncd 32-34 silmux - t silloy 2831 sn-ncd 28-31 silmux - t silloy 2831 ncd 28-31 silmux - t silloy 2326 ncd 23-26 silmux - t silloy 2224 ncd sp 22-24 silmux - t silloy 1820 si-ncd 18-20 silmux - t silloy 1619 si-ncd 16-19 silmux - t silloy 1618 ncd 16-18 silmux - t silloy 1012 ncd 10-12 silmux - t silloy 406 ncd 4-6 silmux - t silloy 406 si-ncd 4-6 silmux - t silloy 102 si-ncd 1-2 silmux - t silloy 101 si-ncd 0.5-1.5 silmux - t.
Silver Nickel Alloy
4,999 Per Kilogram
5 Kilogram (MOQ)
Silver Brazing Alloy
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Lead Silver Alloy
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Nickel Silver Alloys
750 Per Kilogram
Silver Tungsten Alloy
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Manufacture of Tungsten Copper & other sintered materials is a natural augmentation to its primary business of Chromium Copper & Beryllium Copper. Synergy in application of these materials has now made Mipalloy an undisputed leader in several fields of engineering including electrical, automobile, metallurgy & fabrication.
Silver jewellery Alloy
8,000 Per Kilogram
Silver Tungsten Alloy
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The silver and tungsten composite group combines the high thermal and electrical conductivity of silver with the high erosion resistance of the high melting tungsten. These materials are also characterized by their high strength and their resistance to welding or sticking. They are principally made by infiltration and the nominal silver content varies from 20-50%. By increasing the amount of tungsten, the hardness and welding is reduced. This composite group of alloys is specially preferred for use in air.
Nickel Silver Alloys
750 Per Kilogram
Silver Color Aluminum Alloy 6082
266 Per Kilogram