Products

Corrosion-resistant steels and alloys:

Aisi-304 stainless steel.
One of the most popular stainless steel grades. It is versatile, highly resistant to corrosion in aggressive environments, and has good low-temperature properties. The undoubted advantage is the resistance to the negative effects of water and acid solutions.
Standards:
A182-Standard specifications for forged or rolled pipe flanges, forged fittings, valves, and alloy and stainless steel parts designed for high temperature applications
ASTM A213-Standard specifications for seamless pipes for boilers, superheaters, and heat exchanger tubes made of ferritic and austenitic steels
ASTM A240-Standard specifications for chromium-and Nickel-chromium, chromium - and manganese-Nickel stainless steels for plates, sheets, strips used for the manufacture of pressure vessels, as well as for General applications
ASTM A312-Standard specifications for seamless, welded, and cold-treated austenitic stainless steel pipes.

C	Mn	P	S	Si	Cr	Ni	Fe
<0,08	<2,0	<0,045	<0,03	<1,0	18,0-20,0	8,0-10,5	The rest

 

Aisi-321 stainless steel.
Aisi-321 steel is a chromium-Nickel high-alloy steel with high corrosion and heat resistance . Its use is allowed at temperatures of 600-800°C. At the same time, 321 steel products remain in their original condition for a long time. There are no magnetic properties.
Standards:
ASTM A182-Standard specifications for forged or rolled pipe flanges, forged fittings, valves, and alloy and stainless steel parts designed for use at high temperatures
ASTM A213-Standard specifications for seamless pipes for boilers, superheaters, and heat exchanger tubes made of ferritic and austenitic steels
ASTM A240-Standard specifications for chromium-and Nickel-chromium, chromium - and manganese-Nickel stainless steels for plates, sheets, strips used for the manufacture of pressure vessels, as well as for General applications
ASTM A269-Standard specifications for seamless and welded austenitic stainless steel pipes for General service
ASTM A403-Standard specifications for austenitic stainless steel forged pipe fittings
ASTM A813-Standard specifications for austenitic stainless steel single or double seam welded pipes
ASTM A312-Standard specifications for seamless, welded, and cold-treated austenitic stainless steel pipes.

C	Mn	P	S	Si	Cr	Ni	Ti	Fe
<0,08	<2,0	<0,045	<0,03	<1,0	17-19	9-12	<0.5	The rest

 

Aisi-316 Ti stainless steel.

Stainless steel, similar to Aisi-304, but with the addition of titanium and molybdenum.
It has a high resistance to sensitization for a long time at a temperature of 550-800°C. It should be used where the main requirement is high resistance to corrosion in conditions of increased aggressiveness
Standards:
ASTM A182-Standard specifications for forged or rolled pipe flanges, forged fittings, valves, and alloy and stainless steel parts designed for use at high temperatures
ASTM A240-Standard specifications for chromium-and Nickel-chromium, chromium - and manganese-Nickel stainless steels for plates, sheets, strips used for the manufacture of pressure vessels, as well as for General applications
ASTM A276-Standard specifications for finished untreated hot or cold bars and Blums, other than forged (secondary) bars
ASTM A479-Standard specifications for stainless steel bars and profiles for boilers and other pressure vessels.

C	Mn	P	S	Si	Cr	Ni	Mo	Ti	Fe
<0,08	<2,0	<0,045	<0,03	<1	16-18	10-14	2-3	<0.5	The rest

 

Aisi-904L stainless steel with high corrosion resistance.
Aisi-904L stainless steel is a super austenitic chromium-Nickel stainless steel. It is characterized by high corrosion resistance in strong aggressive environments. Also, AISI 904L steel shows special resistance in seawater, has high resistance to pitting, crevice and intercrystalline corrosion. It is worth noting that the level of anticorrosive resistance of Aisi-904 L is higher than that of metals of the chromium-Nickel-molybdenum group such as AISI 316L, AISI 317L.
Standards:
ASTM A182-Standard specifications for forged or rolled pipe flanges, forged fittings, valves, and alloy and stainless steel parts designed for use at high temperatures
ASTM A240-Standard specifications for chromium-and Nickel-chromium, chromium - and manganese-Nickel stainless steels for plates, sheets, strips used for the manufacture of pressure vessels, as well as for General applications
ASTM A268-Standard specifications for seamless and welded ferritic and martensitic stainless steel pipes for General applications
ASTM A276-Standard specifications for finished untreated hot or cold bars and Blums, other than forged (secondary) bars
ASTM A312-Standard specifications for seamless, welded, and cold-treated austenitic stainless steel pipes.

C	Mo	Mn	P	S	Si	Cr	Ni	Cu	N	Fe
<0,02	4-5	<2,0	<0,03	<0,01	<0,7	19-21	24-26	1,2-2	<0,15	The rest

 

Steel SAf-2507 S32750

It contains chromium, molybdenum, and nitrogen, which makes it highly resistant to corrosion in a chlorine-containing environment. This steel is also resistant to intercrystalline corrosion due to its low carbon content. It is an excellent alternative to titanium alloys.
Standards:
ASTM A182-Standard specifications for forged or rolled pipe flanges, forged fittings, valves, and alloy and stainless steel parts designed for use at high temperatures
ASTM A240-Standard specifications for chromium-and Nickel-chromium, chromium - and manganese-Nickel stainless steels for plates, sheets, strips used for the manufacture of pressure vessels, as well as for General applications
ASTM A276-Standard specifications for finished untreated hot or cold bars and Blums, other than forged (secondary) bars
ASTM A314-Standard specifications for stainless steel workpieces and bars intended for forging only
ASTM A479-Standard specifications for stainless steel bars and profiles for boilers and other pressure vessels
ASTM A480-Standard specifications for General requirements for plates, sheets and strips rolled from stainless and heat-resistant steel
ASTM A511-Standard specifications for seamless stainless steel pipes. Mechanical hollow pipes
ASTM A789-Standard specifications for seamless and welded stainless ferritic/austenitic steel pipes
ASTM A790 Standard specification for seamless and welded tubes made of stainless ferritic/austenitic steel
ASTM A815-Standard specifications for forged fittings for stainless steel pipes made of ferritic, ferritic/austenitic and martensitic steels.

C	Mn	P	S	Si	Cr	Ni	Mo	N	Fe
<0,03	<2,0	<0,035	<0,015	<1,0	24-26	6-8	3-4.5	0,24-0,35	The rest

 

Monel-400 is a copper-Nickel alloy.

It has a high degree of corrosion resistance in acid-base conditions, in seawater, sulfuric, nitric and acetic acids. The main feature - the ability to use in a situation of direct contact with fluorine, hydrofluoric acid. Resistant to neutral and alkaline salts. The composition of the alloy allows to withstand direct contact with acids of low concentration.
Specifications
ASTM: B 127, B 163, B 164, B 165, B 366, B 564, B 725, B 730
ASME: SB 127, SB163, SB 164, SB 165, SB 564.

Ni	Cu	Mn	C	Si	S	Fe
>63,0	28-34	<2,0	<0,3	<0,5	<0,024	<2,5

 

Inconel-600 chrome-Nickel alloy.
Inconel Alloy 600 is a basic chromium-Nickel alloy designed specifically for use in applications where high resistance to corrosion is required.
Specifications
ASTM: B163, B 166, B 167, B 168, B 366, B 516, B 517, B 564, B 751, B 924
ASTHMA: SB 163, SB 166, SB 167, SP 168, SP 564.

Ni	Cr	Cu	Mn	C	Si	S	Fe
<72,0	14-17	<0,50	<1,00	<0,15	<0,5	<0,015	6,0-10,0

 

Nickel-200 (Nickel alloy).

Nickel Ni200 is a Nickel alloy with excellent corrosion resistance, good mechanical, magnetic and magnetostrictive properties, as well as electrical and thermal conductivity.

Specifications:
ASTM B160, B161, B162, B163, B 366, B 564, B 725, B 730, B 751, B 775, B 924
ASME SB 160, SAT 161, SAT 162, SAT 163, SAT 366, SAT 564, SAT 751.

Ni	Cu	Mn	C	Si	S	Fe
>99,3	<0,25	<0,35	<0,15	<0.35	<0,01	<0,40

 

Hastelloy C-276 Nickel alloy.
Hastelloy C-276 is a Nickel-molybdenum-chromium alloy with tungsten additives. Highly resistant to corrosion, it is used in a wide range of possible aggressive environments: sulfuric and hydrochloric acid
Specifications:
ASTM B 366, B 462, B 564, B 574, B 575, B 619, B 622, B 626, B 751, B 775, B829
ASME SB 366, SB 564, SP 574, SP 575, SP 619, SAT 622, SP 626, SAT 751, SP 775, SAT 924.

Ni	Mo	Cr	W	Co	Mn	C	V	P	S	Si	Fe
Balance	15,0-17,0	14,5-16,5	3,0-4,5	<2,5	<1,0	<0,01	<0,035	<0,04	<0,03	<0,08	4,0-7,0

 

Hastelloy B-3 Nickel alloy.

Hastelloy B-3 is a Nickel-molybdenum alloy with excellent resistance to local corrosion, General corrosion and corrosion cracking. This alloy can withstand the effects of sulfuric, acetic, formic and phosphoric acids, and other non-oxidizing media. In addition, this alloy is highly resistant to hydrochloric acid at any concentration and temperature. A distinctive feature of the Hastelloy B-3 is its ability to maintain excellent plasticity under transient influences up to intermediate temperatures.
Specifications:
ASTM: B622, B619, B626 B333 B335 B564 B366.

Ni	Fe	Cr	Co	Cu	C	Mn	Si	Al	Mo	Ti	W
>65,0	1-3	1-3	<3,0	<0,20	0,01 max	<3,0	<0,1	<0,50	27-32	<0,2	0-3,0

 

Hastelloy B-2 Nickel alloy.
Hastelloy B2 is a hardened Nickel-molybdenum hard alloy characterized by good resistance to media with the presence of gaseous hydrogen chloride, and sulfuric, acetic and phosphoric acids in small concentrations. Molybdenum neutralizes the influence of these media and creates good corrosion resistance.
Specifications:
ASTM B 333, B 335, B 366, B 462, B 472, B 564, B 619, B 622, B 626
ASME SB 335, SB 336, SB462, SB 619, SB622, SB 626.

 

Ni	Fe	Cr	Co	P	C	Mn	S	Si	Mo
Remains	<2,0	<1,0	<1,0	<0,04	<0,02	<1,0	<0,03	<0,1	26,0-30,0

 

 

---

Heat-resistant steels and alloys

Hastelloy C-4 Nickel alloy.
It is a Nickel-chromium-iron-molybdenum alloy with excellent high-temperature strength, oxidation resistance and processability. The oxidation resistance of the alloy is excellent up to 1040 ° C. This Nickel-based alloy has also proven to be exceptionally resistant to corrosion cracking in the petrochemical industry. The matrix stiffness provided by the molybdenum content leads to high strength in the alloy of a solid solution that has good production characteristics. Although this Nickel alloy is primarily noted for its resistance to heat and oxidation, it also has good resistance to chloride-corrosion cracking, carburization, and excellent resistance to reducing or cement atmospheres. Hastelloy C-4 has good resistance to two common conditions that often lead to early destruction of high - temperature alloys: carburization and nitriding.
Specifications:
ASTM B 366, B 574, B 575, B 619, B 622, B 626, B 924
ASME SB 366, SB 574, SB 575, SB 619, SB 622, SB 626.

Ni	Cr	Mo	Co	Ti	Mn	C	Si	S	P	Fe
Balance	14,5-17,5	14,0-17,0	<2,0	<0,7	<1,0	<0,009	<0,05	<0,01	<0,02	<3,0

 

Inconel-601 Nickel alloy.
Inconel alloy-601 UNC N06601 is a heat-resistant and corrosion-resistant Nickel-chromium alloy designed for wide engineering use. Its main operational property is long-term and strong resistance to oxidation at high temperatures up to 1200 C. In addition, this alloy is easy to work with, as it is easy to process, resistant to loads and mechanical damage. A hard alloy that is thermally deformed gains strength and stable structure.

Specifications:
ASTM B 163, B 166, B 167, AND 168, B 366, B 924
ASME SB 166, SB 167.

Ni	Cr	Cu	Al	Mn	C	Si	S	Fe
58,0-63,0	21,0-25,0	<1	1,0-1,7	1,00	<0,10	<0,50	<0,015	10-15

 

Aisi-310S heat-resistant stainless alloy.
Stainless steel Aisi-310S – low carbon version of aisi 310. Designed for use in conditions where high-temperature gases or condensates are likely to corrode up to 1000 C. Stainless Steel 310 S is resistant to oxidation, high heat resistance and excellent flow resistance.
Standards:
ASTM A240-Standard specifications for chromium-and Nickel-chromium, chromium - and manganese-Nickel stainless steels for plates, sheets, strips used for the manufacture of pressure vessels, as well as for General applications
ASTM A276-Standard specifications for finished untreated hot or cold bars and Blums, other than forged (secondary) bars
ASTM A314-Standard specifications for stainless steel workpieces and bars intended for forging only
ASTM A358-Standard specifications for austenitic chromium-Nickel stainless steel pipes connected by electric fusion welding for high temperature operation and General use.

Ni	C	Si	P	S	Mn	Cr
18	<0.08	<1.5	<0.045	<0.030	<2.0	24-26

 

Aisi-314 stainless heat-resistant alloy.

Refers to heat-resistant heat-resistant steels.
In the temperature range up to 1000 degrees C, this steel is prone to embrittlement due to the formation of scale.
The high content of Nickel and chromium provides excellent oxidation resistance and high strength at high temperatures. This brand of stainless steel is very plastic and has good weldability.
Standards:
ASTM A789-Standard specification for seamless and welded ferritic / austenitic stainless steel pipes for General service
ASTM A790-Standard specification for seamless and welded ferritic / austenitic stainless steel pipes.

Mn	Si	C	Cr	S	P	Ni	Fe
<1.5	2-3	<0.2	24-26	<0.02	<0,035	18-21	Base

 

Incoloy-800 is Nickel iron alloy.
It is an iron-Nickel-chromium alloy with good strength and excellent resistance to oxidation and cementation under high temperature conditions. In General, these three alloys are the same, with the exception of 800H, which has an increased carbon content and the addition of aluminum up to 1.2 percent and titanium in the 800nt alloy. Incoloy 800 was developed first among these alloys and later upgraded to 800N. This upgrade was made to control carbon (0.05-0.10%) and grit to optimize the tensile strength properties.
Standards:
ASTM B 366, B407, B 408, B 409, B 514, B 515, B 564, B 775, B 924
ASTME SB 163, SP 240, SP 366, SB 407, SB 408, SB 409, SP 514, SP 515, SP 564, SB 751, SP 775, SB 924.

Ni	Fe	Cr	Cu	Ti	Al	C	Mn	S	Si
30,0-35,0	<39,5	19,0-23,0	<0,75	0,15-0,60	0,15-0,60	<0,1	<1,5	<0,015	<1,0

 

Inconel -718 Nickel alloy.
Insonel Alloy 718 is a high-quality heat-resistant alloy designed for use in temperatures up to 980 °C. Almost immediately after its release, it became in great demand, and its share already in the 70s of the last century in the United States accounted for more than 50 % of the total gross production of industrial heat-resistant alloys.
Specifications
ASTM B 637, B 670
ASME SB 637, SB670.

Ni

Cr

Fe

Mo

Nb

Co

Mn

Cu

Al

Ti

Si

C

S

P

B

50,0-55,0

17,0-21,0

Balance

2,8-3,3

4,75-5,5

<1,0

0,35

0,2-0,8

0,3-0.7

0.65-1.15

<0,35

<0,08

<0,015

<0,015

0,006

 

Inconel-625 Nickel alloy.
Inconel 625 belongs to the group of Nickel-chromium alloys with the introduction of additives-niobium and molybdenum. Such a complex structural composition contributes to a significant increase in the strength of the alloy, without the need for its thermal hardening.
Specifications:
ASTM B 366, B 443, B 444, B 446, B 564, B 704, B 705, B 751, B 775, B834, B924
ASME SB 366, SB 443, SB 444, SB446, SB 564, SB 704, SB 705, SB 751, SB775, SB829.

Ni

Fe

Cr

Co

C

Mn

S

Si

Nb

Al

P

Ti

Mo

Remains

<5,0

22,0-23,0

<1,0

<0,10

<0,50

<0,015

<0,50

3,15-4,15

<0,40

<0,015

<0,40

8,0-10,0

 

Inconel-825 Nickel alloy.

Inconel 825 is an iron-Nickel-chromium alloy with the addition of copper and molybdenum. The chemical composition of this alloy provides exceptional resistance to aggressive environments. The alloy has improved resistance to water corrosion. Highly resistant to oxidizing environments and to stress corrosion cracking and pitting. Alloy 825 is particularly resistant to sulfuric and phosphoric acids. It is used for chemical processing, treatment equipment, oil and gas wells, recycled nuclear fuel pipelines, acid production and pickling equipment.

Specifications:
ASTM B163, B 366, B 423, B 424, B 425, B 564, B 704, B 705, B 751, B 775, B 924
ASME SB 163, SB 366, SB423, SB 425, SB 564, SB 704, SB 705, SB 751, SB775, SB924.

Ni	Fe	Cr	Cu	Ti	Al	C	Mn	S	Si	Mo	Ni
38,0-46,0	<22,0	19,5-23,5	1,5-3,0	0,6-1,2	<0,2	<0,05	<1,0	<0,03	<0,5	2,5-3,5	38,0-46,0

 

Refractory metals

(Mo) Molybdenum
Molybdenum is a silver-colored metal with a bright mirror Shine on the fracture. It is characterized by high refractoriness. The melting point is 2890 degrees Celsius, easy to form and highly malleable. It has a high chemical inertia to most alkalis, organic and inorganic acids.
It is not found in nature in its pure form, most often as a part of various silicates.

Application:
Basically, molybdenum is used as an additive to give refractory properties to metal alloys.
Products with the addition of molybdenum to their composition are used in radio electronics, x-ray technology, in the manufacture of furnaces, as a catalyst in the chemical industry, and it is also a part of dyes, glazes, so it is produced and used not only as finished products, but also in the form of chemical compounds, such as molybdenum trioxide, ammonium molybdate, etc.

---

Tungsten (W)
Tungsten has high corrosion resistance, chemical neutrality, density and hardness, thermal conductivity and heat resistance. Used where other metals are not suitable due to their chemical or physical properties
Application:
The scope of application of tungsten products is high temperatures and everything related to them. These are all kinds of crucibles, heating elements of furnaces, cathodes and electrodes, heat-resistant elements of missiles, protective screens, etc.

---

(Zr) Zirconium
Zirconium sheet is a product of rolling non-ferrous metal alloys of gray-steel color with a yellow tint. Hardened by cold deformation or annealing. The corrosion resistance of the sheet increases in an alkaline environment, fresh or sea water, acidic environments. A sheet of zirconium retains its shape when the temperature rises or falls.
Retains heat resistance and heat resistance. Zirconium sheets are doped with niobium and titanium.
They are hard and durable rolling products that retain ductility and malleability.
It is refractory. Melting point:+1855C.
Application
Zirconium sheets are used in electroplating (production of electrodes, anodes, cathodes). It is used in the nuclear, instrument-making, metallurgical, electrochemical industries, as well as in the production of furnace and cryogenic equipment.

---

Niobium (Nb)
The metal is a silver-gray shade. An indispensable component for producing heat-resistant and durable steel. It perfectly improves its performance and corrosion resistance. In its pure form, Niobium is found in the earth's crust.

Application:
The metal is used for the production and coating of parts and spare parts for missiles, oil refining and chemical equipment, jet engines and nuclear reactors. Niobium alloys are used for the needs of radio electronics.

---

In addition we can supply products made of such steels and alloys: 17-4PH,17-7PH,15-7PH, SAf-2205, Aisi-201, Aisi-309S, Aisi-317, Aisi-347, Kovar, Invar-36, Monel K500, Incoloy 020, Hastelloy C2000, Hastelloy C22, Hastelloy-S, Hastelloy G-30, Hastelloy G-35, Hastelloy X, Hastelloy B, Alloy-20, Alloy-28, Alloy-31, INCOLOY-925, Titanium alloy :grade-2, grade-5, grade-7, grade-9, 23CrNi3Mo, as.
As well as casting of Nickel alloys, casting of cobalt alloys, casting of corrosion-resistant and heat-resistant alloys, alloy-steel, heat-resistant-cast iron, CrMoCu, Mn13Cr2, 40Cr, 35CrMo, TP304, TP310S, TP316L, ZG30Cr5Mo, ZG40Cr5Mo, ZG50Cr5Mo, ZG60Cr5Mo, HBW480Cr2, HBW500Cr9, HBW510Cr2, HBW555Cr9, HBW630Cr9, CZ100, CW-12MW, N-12MW, CX2MW, M-30C, M-35-2, CY5SnBiM, CW-6MC, in the form of hatches, grilles, bushings, rings, liners, pallets, caps, gutters, pump housings, double coal mills, valve housings, ball valves, valve seats ,valve rods, bell, blocks, parts of airstrikes and other forms according to individual customer drawings, diameters from 50 mm to 1500 mm, the use of cast products with operating temperatures from 20 C degrees Celsius to 1200C degrees, followed by ultrasonic testing and surface machining.
We deliver products from the availability and under the order.

Spherical powder

Powder metallurgy is the generic term for the process of making solid components from metal powders using heat and pressure to fuse particles together. Powder metallurgy has several manufacturing technologies:

1). Hot isostatic pressing

2). Injection molding of metals

3). Spark plasma sintering
All of these technologies produce mesh-like components that reduce the amount of machining and stock removal, while reducing production waste.

Thanks to the use of finely dispersed metal powders and ultra-thin layers, it is possible to produce parts of very complex shapes in 3D printing. The ability to form fine meshes and internal channels, or to place material only where it is needed, means that the technology can save material, increase functionality, combine multiple parts into one, and produce parts in a shape that is almost impossible to obtain with other methods.

 

 

The main methods of powder preparation have two directions: gas atomization and plasma atomization.

Plasma atomization is carried out to produce a powder from a high-purity reactive metal with a high melting point, for example from a titanium alloy Ti6Al4V. The billet or wire feed is fed to the top of the spray gun. Then it is remelted with a plasma torch; liquid metal solidifies in the fall and forms spherical particles.

Gas atomization is the most common form of metal powder production, where liquid metal is directed under pressure through a nozzle and then separated by a jet of inert gas such as argon or nitrogen. The inert gas solidifies the liquid metal, and spherical particles fall to the bottom of the chamber.

---

Iron powder- has a high Fe content, including 85% of the total composition. This powder is widely used in the manufacture and manufacture of automotive and industrial parts.
Iron-based alloy powder can be used on the working layer of wear-resistant anti-corrosion parts such as turbine blade, nozzle, wear ring, hydraulic rod.
It is recommended to operate the iron powder in a cool, dry, well-ventilated area away from fire and other heat sources, the relative humidity should not exceed 75%. The packaging must be sealed and not exposed to moisture. It should be stored separately from alkalis, alcohol and the tanks should never be mixed. The storage area should be equipped with suitable material in case of leakage.

---

Rhenium powder - this powder with 99.9 ~ 99.999% purity and special particle size. Typical amounts are 10 g to 10 kg. Rhenium powder is an important additive for tungsten alloys and nickel-based superalloys. If 3 ~ 30% rhenium powder is added to tungsten or molybdenum, the mechanical properties will be greatly improved. It is estimated that a single F35 jet fighter jet requires 5 kg of rhenium. However, the largest consumer of rhenium is jet engines and catalysts in the chemical industry.

---

Silver spherical powder - has the highest thermal and electrical conductivity of all metals. It is usually found autonomously or in sulfide or arsenide ores, from which it can be recovered as a cyanide complex, which is subsequently reduced to metal in aqueous solution using zinc. The pure metal is resistant to water and oxygen, but in the air it is exposed to sulfur-containing compounds to form the characteristic black layer of silver sulfide. Let's dissolve in sulfuric and nitric acids.

Some silver salts are light sensitive (eg AgI, AgCl, and AgBr) and are essential for photography. Other uses and industries that use silver include jewelry (both pure metal and a component of various alloys), the electrical industry (for example, in the manufacture of contacts) and glass silvering.

---

Aluminium powder - The most important property of aluminum powder is an intense exothermic reaction, and when it oxidizes, it finds use in a pyrotechnic process. It is much safer and easier to handle compared to its alternatives. In addition to the safety aspect, aluminum powder, when combined with other compounds, can produce impressive and varied effects when used in fireworks. In the foundry industry, aluminum powder is used as a deoxidizer and exothermic mixture to release the discharged liquid to increase the casting yield.

---

Сopper powder - is widely used in diamond tools, electro-carbon products, powder metallurgy products, friction materials, chemical catalysts, electronic materials and other industries. Copper powder can be divided into electrolytic copper powder and atomized copper powder.
 
Copper alloy powder is mainly spherical or spheroidal in shape, with high fluidity and high bulk density. This kind of powder is widely used in powder metallurgy of oil-containing, diamond tools, filters, powder metallurgy products and bearing materials.

---

Spherical Nickel Powder - They are widely used in various fields. Electrolytic nickel powder and reduced nickel powder are the main materials for powder metallurgy. These powders are commonly used in synthetic diamond tools, cemented carbide, electrometallurgy, mechanical engineering, energy and other industries. Atomized nickel powder is irregular in shape and is mainly used in high specific gravity alloys, diamond diamonds, special welding rods, surface coatings and powder metallurgy parts.

---

Spherical Molybdenum Powder- FMo-1 is used as raw material for processing large molybdenum plate electric heating element made of molybdenum silicide.
FMo-2 is used as a raw material for processing molybdenum wafers, pierced molybdenum mandrels.

---

Spherical Tungsten Powder - Tungsten powder is the main raw material for tungsten alloy processing. Pure tungsten powder can be used to produce wire, rod, tube, plate, other processing materials and shaped products. Tungsten powder mixed with other metal powder can be turned into all kinds of tungsten carbide, such as tungsten-cobalt alloy, tungsten-rhenium alloy, tungsten-copper alloy, and high-density tungsten alloy.

---

Spherical titanium powder - Titanium powder and titanium-based alloy powder have high purity and good density. These are the main powder materials for 3D printing metals (selective melting using a laser / electron beam), key components in the aerospace industry, and biomedical titanium alloy implants (surface treatment).

---

Titanium Powder
CP-Ti (Grade 1)	Ti22Al25Nb	Ti48Al2Cr2Nb	Ti6Al4V ELI	TA15(Ti-6.5Al-1Mo-1V-2Zr)	TC11(Ti-6.5Al-3.5Mo-1.5Zr-0.3Si)	TC17(Ti-5Al-4Cr-2Zr-4Mo-2Sn)	TC18(Ti-5Al-5Mo-5V-1Cr-1Fe)	Ti1023(Ti-10V-2Al-3Fe)	Ti6242 (Ti-6Al-2Sn-4Zr-2Mo)	Ti6Al7Nb
15-45μm			15-53μm			45-106μm		50-150μm		100-250μm

---

SuperAlloy Powder

Steel powder

Cobalt based alloy

99% Pure Nickel

Inconel718

Inconel625

Inconel939, Inconel713

Rene 77

Hastelloy X

GH4099

HA230

Mar M247

ЭП648-ВИ

316L, 304L

17-4PH

18Ni300/MS1

12Cr9NiAlMo(CX)

Co25Cr5W5Mo

Co28Cr6Mo

HA188