Fonsmet Materials Pvt. Ltd. Anandrao Nair Marg, Thane, Maharashtra

 Tungstic acid is a hydrated form of tungsten trioxide. It is yellow in color and can be manufactured with fine particle size distribution. It is used as intermediate for all the tungsten variants.   Applications: Catalyst Surface coating Fire proofing fabrics Mordant in textile Yellow pigment Production of organo-metallic tungsten products.

Tungsten has highest melting point of all the metals and is alloyed with other metals to strengthen them. Tungsten and its alloys are used in many high temperature applications, such as electrode for arc welding and heating element in high temperature furnaces. Tungsten is also used to make heavy alloys. It is also used to make tungsten carbide which is immensely hard and is very important for metal-working, mining and petroleum industries.  Tungsten is also used to make calcium and magnesium tungstates which are widely used in fluorescent lighting. Properties – Melting Point – 3414°C Boiling Point – 5555°C Density – 19.3 g/cc

The high heat stability property of this material makes it an essential refractory material. This is majorly utilized in super alloys production like paint and glass, and as an oxidizing agent for tanning leather. India is amongst the top Chrome ore producing countries.   Tungsten Ore or concentrate is the primary raw material for tungsten processing. There are mainly two types of ores namely Wolframite (Fe/MnWO4) that is iron or manganese salt of tungsten oxide, and Scheelite (CaWO4) that is calcium salt of tungsten. oxide. We supply these ores in both Lumps and powder form.    Specs -  Wolframite - WO3 > 50% Scheelite - WO3 > 60%

Country of Origin : Africa, Russia, UK

Color : Light Brown

Feature : Safely Packed

Form : Lumps or powdered

Packaging Type : Drum, 1 ton PP bags

Application : Tungsten Processing

 Nickel Vanadium is an alloy composed of nickel and vanadium along with small amounts of iron. Vanadium increases the yield and tensile strength. Vanadium is used for precipitation hardening of steel. It also increases the impact transition temperature of the alloy. Applications – Semiconductors Magnetic applications

Nickel sulfate is an inorganic salt and is mostly used in hexahydrate form. It is blue or green colored salt depending upon the level of hydration present.   Application: Electroplating Laboratory chemicals Columns used in polyhistidine-tagging

Nickel Niobium is a master alloy with niobium content more than 60%. Niobium improves the mechanical properties, the weldability as well as creep resistance of super alloys and steels. Niobium has a high melting point of 2477°C and hence cannot be added to steel as its temperature is maintained around at 1600°C. When added as master alloy it dissolves very easily. Application – Super alloys Special Nickel steels

Roasted Molybdenum concentrate also known as Technical Molybdenum Oxide is Mo containing intermediary product being produced by roasting at air temperatures of Molybdenum Disulphide (MoS2) concentrate (typical MoS2 content 85-92%, S ab. 35-37%). The resulting roasted Mo concentrate typically contains minimum ab. 57% molybdenum, and less than 0.1% S. Between 30-40% of Global Technical Mo Oxide production is processed into Ferromolybdenum and ab. 25-30% into different chemical products (Chemically pure Molybdic Oxides and Molybdates). Significant part of Technical Molybdenum Oxide is also used for direct alloying of steel with Molybdenum in EAF and Converter type furnaces (to achieve Mo content in EAF furnaces up to 3% and up to 1% in Converter-type furnaces). Compared with Ferromolybdenum, Technical Molybdenum oxide preferences are lower cost and quicker dissolution rate.   Grade  Mo 57-63%, impurities max. Cu 0.50%, S 0.10%, C 0.10%, P 0.05%, Pb 0.05% Mo 57-63%, impurities max. Cu 0.50%, S 0.10%, C 0.15%, .05%, Pb 0.20%

FMPL is an integrated plant from ore processing to making a concentrate and then manufacturing Low Carbon Ferro Chrome. Ferrochrome is an alloy of iron and chromium generally containing 58% to 80 % chromium by weight. The major use of Ferro-chrome is in manufacturing of Stainless steel, low carbon ferrochrome is added to steel where chromium percentage needs to be adjusted without affecting the carbon levels. Chromium provides high corrosion resistance to the steel even at high temperatures. Chromium also increases the hardness and toughness of steel. The average chromium content in stainless steel is 18%.   Applications: Deoxidizer in stainless steel Super alloy manufacturing Structural steel, spring steel, bearing steel, heat resistant steel & electrical silicon steel Steel castings Welding electrodes & stick electrodes

Country of Origin : India

Type : Low Carbon Ferro Chrome

Material : Ferro Alloy, Ferro Chrome

Application : Industrial, Metallurgy, Steel Making

Color : Silver

Form : Lumps, Powder

Color : Shiny silver

Size : Customized

Ferro Vanadium is an alloy of iron and vanadium with vanadium content of more than 50% by weight. It improves the strength of steel and makes it suitable for use in high strength structural steel. It is also used in manufacturing of crude steel as it improves the tensile strength and is light weight owing to its density. Vanadium when added to steel gives it stability against alkalis, hydrochloric acid and sulfuric acid.   Application: High strength low alloy steel (HSLA) Automobile industry Welding electrodes

Form : Lumps, Powder

Ferro tungsten is an alloy of iron and tungsten with tungsten content of more than 70%. It is a robust alloy because of its high melting point, tungsten has the second highest melting point after carbon. By combining iron with tungsten, the tendencies towards brittleness are overcome as compared to raw tungsten. When added to steel it increased the steel melting point also imparting good conducting properties owing to its unique electrical capabilities.   Applications: High speed steel Super alloy for turbine blades and other wear resistant coatings and parts. Heat sinks, counter weights, ballast kneels Commercial aircraft tail ballast, F1 car ballast Kinetic energy penetrators Supersonic sharpnels Game darts & fishing lures. Welding electrodes casting

Country of Origin : India

Type : Ferro Tungsten

Material : Ferro Tungsten

Application : Industrial

Form : Powder, Solid, Lumps

Ferro Titanium is an alloy of iron and titanium with titanium content ranging from 20 % to 75%. It is used as cleansing agent for iron and steel as it is highly reactive to sulfur, oxygen, carbon and nitrogen. It is used in stainless steel as a stabilizer to prevent chromium carbide formation at grain boundaries.   Application: Super alloys Auto grade Steel & stainless steel Fire works Wires for submerged arc welding / welding electrodes

Form : Powder, Lumps

Ferro Niobium is an alloy of iron and niobium with niobium content above 60% by weight. It is an additive in production process of amorphous metals. It imparts corrosion resistance and makes the alloy much stronger and weldable. It increases high temperature resistance, oxidation resistance, creep resistance, it also reduces erosion at high temperatures. It is used in application that needs to handle larger stress and needs good strength to weight ratio.   Applications: Directionally sensitive application like suspension bridge. Alloying of High strength low alloy steel (HSLA) Super conductors Nuclear fusion reactor construction Aircraft production

Ferro nickel is an alloy of iron and nickel with nickel content of 30 to 40% by weight. It is used to make products with special electronic, magnetic and catalytic properties.

Form : Lumps, Powder

Ferro Molybdenum is an alloy of iron and molybdenum with molybdenum content of more than 60% by weight. It is used as hardening agent and increases corrosion resistance of steel. It is added to molten steel before casting.   Applications: Alloy steel for mining & refinery Heat resistant steel & tool steel Heat exchanger, power generators, pumps, turbine tubing Ship propellers Acid storage containers. Refinery tubing Heavy casting, ball & rolling mills.

Form : Powder, Lumps

Ferro Chrome slag is produced during the smelting of chrome concentrate. The chrome content in the slag is around 6 %. The chrome percentage in slag can be customized as per the buyer's request. We generate 50 ton of slag on a monthly basis.

Country of Origin : India

Type : Slag Pot

Material : Slag

Color : Brown

Cobalt Vanadium is a master alloy used in manufacturing of cobalt based alloys. Vanadium improved the weight to strength ratio.

Cobalt molybdenum is a master alloy used to produce cobalt based super alloys. Cobalt molybdenum is used for solid solution strengthening, precipitation hardening and complex carbide formation in cobalt based super alloys.

Chromium is a lustrous, brittle, hard metal. It is silvery-gray and can be highly polished. It does not tarnish in air, when heated it forms the green chromic oxide. Chromium forms a thin layer of oxide film on the surface that is impermeable to oxygen and protects the metal below. Application – Chrome plating Stainless steel Dyes & Paints

Shape : Powder, Lumps