Alloys Dealers in Sion, Mumbai

Ferro Alloys like Ferro Silicon, Ferro Silico Magnesium, Ferro Sulphur, Ferro Molybdenium, Ferro Titanium, Ferro Phosphorus, Ferro Chrome etc in lumps as well as grannuel form in various %.

Nickel Alloy ASTM / ASME SB 163 UNS 2200 ( NICKEL 200 ) ASTM / ASME SB 163 UNS 2201 (NICKEL 201 ), ASTM / ASME SB 163 / 165 UNS 4400 (MONEL 400 ) ASTM / ASME SB 464 UNS 8020 ( ALLOY 20 / 20 CB 3 ), ASTM / ASME SB 704/705 UNS 8825 INCONEL (825) ASTM / ASME SB 167 / 517 UNS 6600 (INCONEL 600 ) ASTM / ASME SB 167 UNS 6601 ( INCONEL 601 ), ASTM / ASME SB 704 /705 UNS 6625 (INCONEL 625) ASTM / ASME SB 619/622/626 UNS 10276 ( HASTELLOY C 276 )   Copper Alloy ASTM / ASME SB 111 UNS NO. C 10100 , 10200 , 10300 , 10800 , 12000,12200, 70600 , 71500 . ASTM / ASME SB 466 UNS NO. C 70600 ( CU -NI- 90/10) , C 71500 ( CU -NI- 70/30)

Stainless Steel : ASTM A403 WP 304 304L 304H 316 316L 317 317L 321 310 347 904L etc. Carbon Steel: ASTM A234 WPB A420 WPL3 A420 WPL6 MSS-SP-75 WPHY 42465256606570 etc. Alloy Steel : ASTM A234 WP1 WP5 WP9 WP11 WP22 WP91 etc. Size: 18" NB TO 24" NB. (Seamless & Welded) Wall Thickness: Sch. 5S To Sch. XXS

Ferro Alloys constitute as the raw material for manufacturing steel. The following Ferro alloys can be offered in different grades & different compositions to suite your requirement.

Ferro Alloys constitute as the raw material for manufacturing steel. The following Ferro alloys can be offered in different grades & different compositions to suite your requirement. Ferro Silicon Silico Manganese

We are the prime Manufacturer and Supplier of Cadmium Free Brazing Alloy, which are made from Brazing Alloy, which is completely cadmium free. The Brazing Alloy is used for brazing silver product that is made up silver alloys. Specifications :- Suitable for the joining electrical components requiring high electrical conductivity and gives a close color match on silverGood for furnace brazing and is whitish in colorLess prone to cause stress cracking on stainless steel and some nickel alloysUsed especially for brazing in the electrical industryAlso used in the dairy and food industries where the use of cadmium containing filler metals is prohibitedLow meltingFree flowingCadmium-freeSuitable for use in joining �300� series stainless steels and small tungsten carbide inserts in cutting toolsAn excellent for brazing brass parts (such as in ships piping, band instruments, lamps, etc.)Uses at higher brazing temperatureFood handling or processing equipment is objectionable 'TECH-BRAZE' Brazing Alloy (CADMIUM FREE)Nominal Composition %Melting RangeIndian StandardInternational StandardsAgCuZnOthers ElementsoCIS : 2927 - 1975Din (8513)AWS (A5.8)S - 161612811-690 - 735BA Cu Ag 6--This alloy is particularly suitable for joining electrical components requiring high electrical conductivity and gives a close color match on silver.S - 160Sn6023143Sn600 - 720-L-Ag60-Used for brazing Silver product that is made up of silver alloys.S -156Sn5622175Sn620 - 660BA Cu Ag8-BAg-7It is a low melting filler metal and does not contain cadmium. It is good for furnace brazing and is whitish in color. It is used by the dairy and food industry where cadmium free joints are required. This brazing alloy is less prone to cause stress cracking on stainless steel and some nickel alloys.S - 150503416-680 - 780BA Cu Ag 9-BAg-6This brazing filler metals are used especially for brazing in the electrical industry. They are also used in the dairy and food industries where the use of cadmium containing filler metals is prohibited.S - 150Ni5020282Ni660 - 715--BAg-24This brazing filler metal is low-melting, free-flowing, cadmium-free, and suitable for use in joining "300" series stainless steels and small tungsten carbide inserts in cutting tools.S - 145453025-670 - 740BA Cu Ag 14L-Ag44BAg-5This filler metals is an excellent for brazing brass parts (such as in ships piping, band instruments, lamps, etc.)S - 143433720-700-850BA Cu Ag 16--This alloy uses at higher brazing temperature. Food handling or processing equipment is objectionable.S - 140Ni4030282Ni670 - 770BA Cu Ag 18-BAg-4It is used extensively for carbide tip brazing, but flows less freely.S - 135353233-685 - 754--BAg-35It is used for brazing ferrous and non-ferrous base metals. It is a moderate temperature filler metal frequently used for production brazing applications.S - 130Sn3036322Sn650 - 770-L-Ag30Sn- This brazing filler metal possesses good wetting and flow characteristics.S - 105Si55539.90.1Si820-890-L-Ag5-It helps to braze nichrome resistance elements.S - 104Si45639.70.3Si870 - 890---It helps to braze nichrome resistance elements.S - 102Si25839.90.1Si880 - 890---It use on replace of brass alloys in automated brazing operations, and for brazing of tungsten carbide tips to tools and saw blades.

• Silver white: Low melting point alloy
• Non ferrous metal: Mercury substitute
• Fusible alloy: Liquid magic metal
• Galinstan metal: Low melting point alloy

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]