European special steels
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Alexander
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| A short order of foreign special steels and stainless alloys: | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| GOST | or | UNS | DIN | Wire | A circle | Sheet | Trumpet | Forgings | |
| Nickel 200 | NP-2 | N02200 | W.Nr. 2.4060 W.Nr. 2.4066 |
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| Nickel 201 | NP-2 | N02201 | W.Nr. 2.4061 W.Nr. 2.4068 |
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| Monel 400® | Monel MNZhMts 28−2,5−1,5 | N04400 | W.Nr. 2.4360 W.Nr. 2.4361 |
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| Monel 405® | N04405 | ||||||||
| Monel K500® | N05500 | ||||||||
| Inconel 600® | ~ ХН60ВТ | ~ EI868 | N06600 | W.Nr. 2.4816 | |||||
| Inconel 601® | ~ ХН60ВТ | ~ EI868 | N06601 | W.Nr. 2.4851 | |||||
| Inconel 617® | ~ ХН56МВКЮ | ~ EP109 | N06617 | W.Nr. 2.4663 | |||||
| Inconel 625® | ХН75МБТЮ | EI602 | N06625 | W.Nr. 2.4856 | |||||
| Inconel 718® | ~ ХН60Ю | ~ EI559A | N07718 | W.Nr. 2.4668 | |||||
| Inconel X 750® | ХН70МТТЮБ | EI598 | N07750 | W.Nr. 2.4669 | |||||
| Incoloy 800® | ХН32Т | EI670 | N08800 | W.Nr. 1.4876 | |||||
| Incoloy 800H® | ХН32Т | EI670 | N08810 | W.Nr. 1.4876 | |||||
| Incoloy 800HT® | ХН32Т | EI670 | N08811 | W.Nr. 1.4876 | |||||
| Incoloy 825® | ~ ХН38ВТ | ~ EP703 | N08825 | W.Nr. 2.4858 | |||||
| Hastelloy C22® | N06022 | W.Nr. 2.4602 | |||||||
| Hastelloy C276® | ~ ХН65МВУ | ~ EP760 | N10276 | W.Nr. 2.4819 | |||||
| Hastelloy B-2® | N70MF | EP 49 | N10665 | ||||||
| Hastelloy X® | N06002 | W.Nr 2.4665 | |||||||
| Maraging C250 / Vascomax 250® | K92890 | ||||||||
| Maraging C300 / Vascomax 300® | K93120 | ||||||||
| Maraging C350 / Vascomax 350® | |||||||||
| Rene 41® | N07041 | ||||||||
| Multimet N155® | R30155 | ||||||||
| Haynes 25® | R30605 | ||||||||
| Haynes 188® | R30188 | ||||||||
| Waspalloy® | N07001 | ||||||||
| MP35N® | R30035 | ||||||||
| MP159® | R30159 | ||||||||
| Cobalt Alloy 6B | R30006 | ||||||||
| Invar 36® | 36H | K93600 | W.Nr. 1.3912 | ||||||
| Invar 42® | 42H | K94200 | |||||||
| Kovar® | 29 NK | K94610 | |||||||
| Permalloy® | 79NM | ||||||||
| Al6XN® | N08367 | ||||||||
| Ni-Span® C902 | N09902 | ||||||||
| Jethete® M152 | S64152 | ||||||||
| Alloy A286 | S66286 | ||||||||
| Alloy 330 | N08330 | ||||||||
| Delivery form: | ||||
|---|---|---|---|---|
| Diameter | Length | Thickness | Width | |
| A circle | Φ1-φ300 mm | 500−5000mm | ||
| Sheet y / k | 700−2000 mm | 3.5−28 mm | 700−1000 mm | |
| Sheet х / к | 700−2000 mm | 0.02−3.2 mm | 700−1000 mm | |
| wire | Φ 0.016−12 mm | |||
| External diameter | Length | Wall | Note | |
|---|---|---|---|---|
| Trumpet | Φ0.5−325 mm | 1000−9000 mm | 0.05−24 mm | The weight of one pipe does not exceed 350 kg |
general characteristics
High-temperature alloys have the ability to withstand mechanical stress for a long time and at high temperatures — up to 2000ºC, as well as exposure to aggressive chemical media. Leading qualities: stability of structure, strength, high resistance to creep and fatigue. Such alloys are produced on the basis of iron (Fe), nickel (Ni), cobalt (Co), copper (Cu), aluminum (Al) and refractory metals — tungsten (W), molybdenum (Mo), niobium (Nb) and others.
Inconel
Inconel (English Inconel) is a kind of heat-resistant alloy, where nickel is used as the basis. It also contains chromium (Cr) — 15% and iron (Fe) — 9%, less often — aluminum (Al), titanium (Ti) and molybdenum (Mo). Alloy-analogues: brands KhN80TBYu and KhN73MBTU. Inconel is widely used as a structural material in the production of jet and gas turbine engines, supersonic aircraft, compressors, devices for the chemical industry, superheaters and other extreme conditions.
Inconel is characterized by a number of its inherent chemical, physical and mechanical properties:
— up to 900 ° C — high impact strength and strength.
— domus 78 ° C — not sensitive to incisions.
— well welded, often subjected to heat treatment.
— resistant to oxidation processes and corrosion.
— Due to work hardening, it is difficult to process — it is subjected to deep, slow cutting using a carbide tool.
Nimonic
Nimonic (from English Nimonic) is another type of Ni-based Ni-based superalloy, which also contains Chromium (Cr), Aluminum (Al), and Ti (Ti). Analogues of the alloy — brand KhN55VMTFKYU and KhN80TBYu.
Nimonik differs from other alloys in its physico-chemical and mechanical properties:
— the heat resistance depends on the% doping.
— has high scale resistance
The melting point is 1310−1390 degrees Celsius.
-The working temperature of the alloy is 1000 degrees Celsius.
— Hot working with pressure is available
— is subject to welding of different types.
This nickel refractory alloy is used as a structural material in the manufacture of parts for jet and gas turbine engines and other components operating in a high-temperature environment. Form release: forgings, sheets, rods and pipes.
Hastelloy
Hastelloy (in English Hastelloy) is a common name for high-temperature and corrosion resistant molybdenum and chromium-molybdenum alloys based on nickel. Some grades are doped to 5% by tungsten (W), up to 10% by silicon (Si), up to 2.5% by cobalt (Co), and also by copper, vanadium tantalum and niobium. The domestic analogues of Hastelloy are Х15Н65М16 В and Н70М28Ф. Hastelloy differs high strength, resistance to corrosion and to aggressive media, for example, acids such as sulfuric, hydrochloric, phosphoric, formic acetic. Form release: castings, sheets, rods and wire. Widely used as a structural material for parts in chemical equipment, in motor industry and in the production of aircraft engines.
BUY AT THE OPTIMAL PRICE
Our site offers a wide range of products based on nickel alloys. High quality of products and absence of intermediaries determine the most favorable conditions for the purchase of products for solving any production problems. Delivery in the shortest time in any region of the country and abroad, the compliance of products of regulatory documentation has long won the trust of regular customers. Due to the reasonable cost and a wide range of semi-finished products, nickel-base alloys enjoy unchanged popularity in all spheres of production.