Ferroalloys production and pricing policy for such an important construction material depends on many factors, from the raw material cost to the price of the necessary energy in the production cycle. It is also an important role in the formation of price policy in the industrial sector plays a ratio of supply and demand of finished goods. Recently, the Chinese giant industrial complex for production of ferrosilicon manganese silicate and published in the media their new prices for the products since June deliveries. The price of the material formed in the course of the tender combat multiple buyers and was finally announced after a full bidding and signing the necessary contracts. Currently, cost value of one ton of ferrosilicon (a useful content of the concentrate of 72%) increased by about forty local currency in relation to the supply of the May and from the beginning of the summer will be about 5890 yuan. Such buyers are willing to pay the price with the full provision of transportation of goods to their destination by the manufacturer and the ability to pay for raw materials to accept the bill. Manganese silicate soared in value terms even higher, its final price as compared with the May figures by June will grow by at least fifty yuan. Although the delivery condition of the finished product are identical to the previous ferroalloys. In contrast to the increase in the price of Chinese ferro-alloys ferrosilicon Indian origin on the other hand it shows the wonders of speed and stability. The price of such material did not vary, and according to analysts, will not change in any direction in the next seven days. This trend in the Indian ferroalloys production sector due to the presence of strong demand for material from consumers. By the way this stability of the value expression of valuable raw materials is not always indicative of a good industry development and growth of productive capacity. In this section opposite the absence of price fluctuations on the Indian ferro-silicon due to very low demand for goods and the absence of any movement in this direction. Higher energy prices may disrupt the delicate balance of such a situation and to deduce from the category of relative stability quickly.
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Nickel alloys
- Precision alloys Din, En
-
Monel, Nimonik, Inconel, Hasteloy
- Incoloy 20
- Nicofer 3718
- Alloy 333®
- Waspalloy
- Brightray C® - 2.4869
- Incoloy 800
- Incoloy 825
- Incoloy 901
- Incoloy 925®
- Incoloy DS
- Inconel 600
- Inconel 601
- Inconel 602 CA
- Inconel 617
- Inconel 625
- Inconel 686
- Inconel 693
- Inconel 706
- Inconel 718
- Inconel 725
- Inconel 738
- Inconel 792
- Inconel X 750
- Inconel HX
- Incotherm
- Incotest
- Jethete M152
- Cobalt 6B
- Maraging 250
- Renee 41
- Maraging 300
- Maraging 350
- MP35N
- MP159
- Multimet n155
- Nicrofer 5923 hMo
- Nicofer 6030
- Nitronic 40
- Nitronic 50
- Nitronic 60
- Nitronic 75
- Nimonik 80a
- Nimonik 90
- Nimonik 263
- Haynes 25
- Haynes 188
- Haynes 230
- Hastelloy b2
- Hastelloy b3
- Hastelloy c4
- Hastelloy c22
- Hastelloy C-276
- Hastelloy C2000
- Hastelloy 3
- Hastelloy x
- Udimet 500
- Udimet 720
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Precision alloys
- NP-2
- NP1А-ID
- NP1A
- 16Х
- 27KH
- 29NC
- 32NC
- 32NKD
- 33NC
- Alloy 34NKMP
- Pipe 36N
- 36KNM
- Pipe 36NHTYU
- 36NCHTU5M
- 36NCHTU8M
- 38NKD
- 40KHNM
- Alloy 40XNYU-VI
- Alloy 42H, Invar
- Perminvar
- 42NHTU
- 44NHTU
- Tape, a circle, a wire 45N
- 45NHT
- 47ND
- 47NHR
- 49KF
- 49K2F, 49K2FA-VI
- Pipe 50N
- Alloy 50NP
- 50NHS
- Alloy 52H
- 52K12F
- 56DGNH
- 68NHVKTU.
- Pipe 79NM
- 80NM
- 80NMV-VI
- 80NHS
- 81NMA
- Types of precision alloys
- Thermostatic bimetals
- Precision pipe
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Steel HN32T - HN78T
- CHN28VMAB
- CRN30MBD
- Pipe HN32T
- CRN35VB
- HN35VT
- HN35VTJU
- CRN38VT
- CRN40MDB
- Sheet, round, wire HN40MDTYU
- Pipe HN45YU
- Sheet, round, wire HN45MVTYUBR
- Sheet, round, wire HN50MVTYUB
- Sheet, round, wire HN50VMTYUBK
- Sheet, round, wire HN50MVKTYUR
- CRN55VMTKU
- CHN55MBU
- Sheet, round, wire HN56MVKYU
- Sheet, round, wire HN56MVTYU
- CHN56MBUD
- CHN58B
- Sheet, round, wire HN60VMTYUR
- Pipe HN60VT
- CRN60M
- ХН60Ю
- CRN62VMYUT
- CHN62MVKU
- CHN63MB
- Pipe HN65VM
- HN65VMTYU
- CHN67MVTU
- Sheet, round, wire HN68VKTYU
- Pipe, round, alloy HN68VMTYUK-VD
- CRN70VMTU
- CHN73MBTU
- CHN70U
- CHN75MBTU
- CHN75TBU
- CHN77TU
- CHN77TUR
- CHN78T
- CHN80TBU
- H65M, EP982
- H70MFV
- Copper-nickel alloys
- Nichrome and Fechral
- Thermocouple wire
- Titan
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Stainless steel
- Stainless steel
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Heat-resistant stainless steel
- 10X23H18
- 15CR5M
- 12x25n16g7ar
- 15X25T
- 20X23H13
- AISI 309S
- 20Х20Н14С2
- 20X23H18
- 20X25H20C2
- 12Х18Н10Т
- Alloy 1.4713
- Alloy 1.4724
- Alloy 1.4742
- 1.4749 - aisi 446-1
- Alloy 253 MA
- 1.4903 (X10CrMoVNb9-1)
- 1.4910 - aisi 316Ln
- 1.4919 - aisi 316h
- Alloy 1.4922
- Alloy 1.4923
- Alloy 286 - 1.4944
- Aisi 347H - 1.4961
- Alloy A-286
- Heat-resistant heat-resistant pipe
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Austenitic stainless steel
- 03Х17Н14М3
- 03X18H11
- 03CRNI28MDT
- 06CRNI28MDT
- 07X16H6
- 08X18H10
- 10Х17Н13М2Т
- 08CR18NI10TI
- 1.4303 - aisi 305
- 1.4305 - aisi 303
- 1.4307 - AISI 304L
- 1.4316 - aisi 308L
- Alloy 1815
- Св-08Х20Н9Г7Т - 1.4370
- 12Х15Г9НД
- Аіsі 316 - 1.4401
- Alloy 1.4418
- 1.4429 - aisi 316Ln
- Alloy 1.4430
- Alloy 1.4432
- Alloy 1.4435
- Alloy 1.4436
- 1.4438 - aisi 317L
- 1.4439 - aisi 317 LMn
- 1.4466 - aisi 310MoLn
- Al6xn alloy
- 15-7Ph® - 1.4532
- PH 13-8 Mo - 1.4534
- 1.4542 - 17-4Ph®
- Сustom 455® - 1.4543 - uns s45500
- 1.4545 - 15-5Ph®
- 1.4548 - 17-4Ph®
- 1.4550 - aisi 347
- 1.4567 - aisi 304Cu
- 1.4570 - aisi303Cu
- 1.4574 - Alloy PH 15-7 Mo®
- 1.4580 - aisi 316Cb
- 1.4597 - aisi 204Cu
- Alloy 28 - 1.4563
- Alloy 31 - 1.4562
- Alloy 254smo® - 1.4547
- Alloy 926 - 1.4529
- AM-350 - ams 5548
- AM-355 - ams 5547
- Custom 450® - uns S45000
- Greek Ascoloy 418
- Corrosion-resistant pipe
- Ferritic stainless steel
- Martensitic stainless steel
- Duplex stainless steel
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Specialty steels
- 01H18М2Т
- 02N18К9М5Т
- 02X18H11
- 02CR25N22AM2
- 02CR8H22C6
- 03N18К8М5Т
- 03N18К9М5Т
- 03X20H16AG6
- 03Х21Н21М4ГБ
- 03X22H6M2
- 03Х24Н6АМ3
- 07H12NМBF
- 07CR21G7AN5
- 07H25N16АG6F
- 08x15n24v4tr
- 08X17H13M2T
- 08CR17NR15M3T
- 08CR18NI12B
- 08Х21Н6М2Т
- 09x14n19v2br
- 10Х11Н20Т2Р
- 10h11n20t3r
- 10h11n23t3mr
- 10Х14Г14Н4Т
- 10Х17Н13М3Т
- 10H18N18YU4D
- 11Х11Н2В2МФ
- 12X18H9T
- 13Х11Н2В2МФ
- 15x11mf
- 15x12vnmf
- 15H12N2MVFAB
- 15H16К5N2МVFAB
- 15H16N2АМ
- 18CR11MNFB
- 18X12VMBFR
- 20X12VNMF
- 20CR3MOVF
- 21NКМТ
- 37X12H8G8MFB
- 40CR10CR2M
- 40X9C2
- 45Х14Н14В2М
- 50H14МF
- 65Х13
- 90H18МF
- 95Х18
- Stainless steel pipe fittings
- Rare and refractory
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Bronze, copper, brass
- Rolled Bronze
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Bronze rental (DIN, EN)
- Tin bronze
- C90700, 2.1050, CuSn10
- 2.1052, CuSn12
- C91700, 2.1060, CuSn12Ni
- C92700, 2.1061, CuSn12Pb
- C93200, 2.1090, CuSn7ZnPb
- C90500, CuSn10Zn
- Lead Bronze
- C93700, 2.1177, CuSn10Pb10
- C93800, 2.1183 - CuSn7Pb15
- C94100, CuSn5Pb20
- Aluminum bronze
- C61000, 2.0921, CuAl8
- C61400, 2.0932, CuAl8Fe3
- C95200, 2.0940, CuAl10Fe
- C95500, 2.0970, CuAl9Ni3fe2
- C95300, CuAl9
- C62300-CuAl10Fe3
- C62400-CuAl11Fe3
- Nickel aluminum bronze
- c63000, 2.0966, CuAl10Ni5Fe4
- c95500, 2.0975, CuAI10Fe5Ni5
- C95800, 2.0975, CuAl10Ni
- C95520, CuAl11Ni
- 2.0872, CuNi10Fe1Mn, Cw352h
- Flint aluminum bronze
- CW301G, C64200
- Silicon Bronze
- C65500, CuAl11Fe3
- C65620, CuSi3Fe2Zn3
- C65100, CuSi1.5
- Tin-lead bronze
- c92200, CuSn6Zn4Pb2
- Rolled copper
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Brass rolling GOST
- Brass pipe
- Wire
- Circle
- Ribbon
- Sheet
- Hexagon
- Brass casting
- LS59-1, CuZn40Pb2
- L60, CuZn40
- L63, C27200
- L68, CuZn33
- L70, CuZn30
- L80, CuZn20
- L90, CuZn10, C52400
- L96, 2.0220, CuZn5
- Lo62-1, 2.0530, c46400
- Lo70-1, CuZn28Sn1As, c44300
- Lo90-1, C41000
- Lc40s, CuZn37AI1, C85800
- LMC58-2, 2.0572, CuZn40Mn2
- LZMC59-1-1
- LAJ60-1-1
- LК80-3
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Brass Rolled Products Din, En
- Lead-free brass and low-alloy copper
- C21000, 2.0220, CuZn5
- C22000, 2.0230, CuZn10
- C23000, 2.0240, CuZn15
- C24000, 2.0250, CuZn20
- C26000, 2.0265, CuZn30
- 2.0280, CuZn33, C26800
- 2.0321, CuZn37
- C28000, 2.0360, CuZn40
- 2.0490, CuZn31Si1
- Admiralty brass, marine brass
- CuZn28Sn1, C44300
- CuZn39Sn1, c46400
- Leaded brass
- C37000, 2.0371, CuZn38Pb1.5
- C36000, 2.0375, CuZn36Pb3
- C37700, 2.0380, CuZn39Pb2
- C38500, 2.0401, CuZn39Pb3
- C38010, 2.0402, CuZn40Pb2
- C35330, CuZn36Pb2As, cw602n
- Aluminum brass
- CuZn37Mn3Al2PbSi, CuZn40Al2, 2.0550
- C68700, CuZn20Al2
- C86300, CuZn19Al6
- Red brass
- C84400, CuSn2ZnPb
- C83600, CuSn5ZnPb
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Non-ferrous metals
- Babbitt, solder, tin
- Aluminum rolled products
- Rolled aluminum GOST
-
Aluminum rolled products (EN)
- Alloy 1050
- Alloy 1100
- 2014, 3.1255, AlCu4SiMg
- 2219, AlCu6Mn
- AlMn1Cu, 3003, 3.0517
- AlMg2,5 , 5052, 3.3523
- AlMg4.5Mn0.7, 5083, 3.3547
- AlMg1SiCu, 6061, 3.3214
- AlMg0.7Si, 6063, 3.3206
- AlSi1MgMn, 6082, 3.2315
- AlZn4.5Mg1.5M, 7005
- AlZn6CuMgZr, 7050, 3.4144
- AlZn5.5MgCu, 7075, 3.4365
- Automotive aluminum alloys
- Aluminum alloys with rare metals
- Dural
- Rolled non-ferrous metals
-
Alloy steel
-
Boiler and spring steel
- Spring and spring steel
- 50hf, 50CrV4, 50hf
- 51CrVA, 51CrV4, 1.8159
- 55C2A, 55Si7, 1.5026
- 60G, c60e, 1.1221
- 60C2, 60si7, 60s2
- 60C2A, 60mnsicr4, 1.2826
- 60C2HA, 54sicr6, 1.7103
- 65, c67s, 1.1231
- 65G, ck67, 65g
- 65C2VA, 65Si7, 1.5028
- Boiler steel
- 12X1MF, 14MoV6-3, 13hmf
- 13KHFA
- 15h1m1f, 15crmov5-9, 1.8521
- 15CrM, 13CrMo4-5, 15hm
- 18C11MNFB, X22CrMoV12-1
- 20K, p265gh, st41k
- 30Cr3MF, 31CrMoV9
- Heat-resistant, relaxation-resistant steel
- 30CrMo4, 25CrMo4, 1.7218
- 25X1MF, 21CrMoV5-7
- 25X2M1F, 24CrMoV5-5
- 35CrM, 34CrMo4
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Structural steel
- Bearing steel
- ShKh15, 100Cr6, aisi 52100
- Nitriding structural steels
- 38х2muA, 34CrAlMo5, 38hmj
- 40X, 41cr4, 40h
- Cementable structural steel
- 12CrNi2, 15CrNi6, 15hn
- 12XHN3A, 14nicr14, 12hn3a
- 15X, 15Cr3, aisi 5115
- 18CrG, 16MnCr5
- 18hgt, 20mncr5
- 18h2n4va, 18CrNiMo7-6
- 18h2n4ma, x19nicrmo4
- 20X, 20Cr4
- 20хgnm, 20NiCrMo2-2, aisi 8620
- 20Cr2N4A, 20cr2ni4a
- Low-alloy structural steel
- 09G2S, 13mn6, 09g2s
- 14G2, 17mn4, p295gh
- 16gs, 15ga
- 16G2AF, p460n, s420n
- 17G1S, s355j2g3
- 17G1S-U, St52-3, s355j0
- 35G2, 35s20
- 45G2, 45g2, aisi 1144
- Alloy structural steel
- 10g2, 10g2, aisi 1513
- 12Х2Н4А,15NiCr13, 1.5752
- AC14, 11SMnPb30
- 20G, 20mn5
- 20KhN3A, aisi 4320, 20hn3a
- 20CrMo5, 24CrMo5, 20hm
- 25CrMo5, 20CrMo5, 1.7264
- 30X, aisi 5130, 30h
- 30hgs, 30hgs
- 30hgsa, 30hgsa
- 30hgsn2a, 30hgsna
- 30CrNiMo8, 30CrNiMo8
- 30xn3a, 31nicr14
- 34хн3ма, 36NiCrMo16, 35NiCrMo16
- 35hgs, 35hgs
- 35hgsa, 35hgsa
- as35g2, 36smnpb14, 1.0765
- 38Cr2n2ma, 34CrNiMo6, 40NiCrMo7
- 40CrNiMo4, 34CrNiMo4, 36hnm
- 38HS, 37hs
- 38ХА, 37Cr4, aisi 5135
- 38KhN3MFA, 35KhNrmov12-5
- 40G, 40Mn4, aisi 1035
- 38CrMo4, 42CrMo4, aisi 1.7225
- 40KhN, 36NiCr6, aisi 3135
- 40XFA, 1.7223, aisi 4142
- 45X, 45h, 1.7035
- 45KhN2MFA, k2425, 45hnmf
- A40G, 44smn28, 1.0762, 46s20
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Tool steels
- Alloy tool steel
- 5XHV, 56NiCrMoV7, 1.2714
- 5KhV2SF, 1.2542, nz2
- 9KhF, 80CrV2, ncv1
- 11KhF, 115CrV3, 1.2210
- CVG, 105WCr6, 1.2419
- CGS, 100CrMn6, ncms
- Roll tool steel
- Steel X, 102Cr6, 1.2067, Stal 52100
- Stamping steel
- 3X3M3F, 32CrMoV12-28, 1.2365
- 3X2V8F, X30WCrV9-3, 1.2581
- 4X5MFS, X37CrMoV5-1, 1.2343
- 4X5MF1S, X40CrMoV5-1, 1.2344
- 5KhGM, 40CrMnMo7, 1.2311, aisi P20
- 5CrNm, 54NiCrMoV6,1.2711
- 6HS, 60MnSi4, 6hs
- 9KhVG, 100MnCrW4
- X6VF, X100CrMoV5-1, 1.2363
- X12, X210Cr12, 1.2080
- X12M, X165CrMoV12, 1.2601
- X12MF, K110, Stal D2
- X12F1, X155CrVMo12-1, Nc11Lv
- Fast Cutter
- R6M5, 1.3343, hs6-5-2, sw7m
- R6M5K5, 1.3243, hs6-5-2-5
- R6M5F3, 1.3344, hs6-5-3
- R9M4K8,1.3207
- R12F3, 1.3318, sw12
- P18, 1.3355, hs18-0-1, sw18
- Carbon steel
- U10,1.1645, C105W1
- 11G12, 110G13L, X120Mn12
- Steel pipe
-
Boiler and spring steel
-
Grids and connections
- Compensators
-
Grids of non-ferrous metals
- Stainless woven mesh
- Nichrome woven mesh
- Bronze woven mesh
- Brass woven mesh
- Copper woven mesh
- Molybdenum woven mesh
- Tungsten woven mesh
- Titanium woven mesh
- Tantalum woven mesh
- Nickel woven mesh
- Magnesium woven mesh
- Zirconium woven mesh
- Inconel® woven mesh
- Hastelloy® woven mesh
- Monel® woven mesh
- Woven mesh
- Metal hoses
- Ropes and ropes
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