Hastelloy C276 is a superalloy that wires molybdenum and nickel and has some element of tungsten that gives amazing detaching control and quality in the wide component of extraordinary temperature and condition. On the off chance that you are finding the correct maker who offers Hastelloy C276 bars, by then we would suggest you purchase these bars They are one of the unmistakable makers who give the best and stunning nature of bars in various structures and shapes as appeared by the interest and need of clients. They utilize unimaginable quality grungy material and current advancement to give positive length, size, and plan to these bars. Their destroying get-together of bosses conducts different tests to make these bars of high bore.
Wrought Superalloy, ,Super Alloy
Superalloy,Super Alloy
Description: Silicon-barium-calcium alloy is a kind of iron alloy material in the steelmaking industry. lts main components aresilicon, barium and calcium. Function: 1. Silicon-barium-calcium alloy is a good new type of deoxidizer in steelmaking, and has good desulfurizationand phosphorus capabilities. Moreover, it plays a very important role in smelting steel types with low sulfur andphosphorus content. 2. Barium effectively reduces the vapor pressureof calcium in the steelmaking temperature range and increasesthe solubility of calcium in molten steel. Barium can effectively protect calcium and reduce calcium oxidation inmolten steel to achieve the purpose of processing molten steel calcium. Place of Origin Henan, China Brand Name GUOHAN Model Number SiBaCa Shape Lump Material Silicon/Barium/Calcium/aluminum Chemical Composition Si/Ba/Ca/Al Packaging Details 1Metric Ton/Big Bag or As customers' Requirement
Place of Origin Henan, China Brand Name GUOHAN Model Number VN16 Shape Lump Material Anadium Nitride Chemical Composition V 77-81 , N 10-16 , C 6% Purity 77-81%
Place of Origin Henan, China Brand Name GUOHAN Model Number Si-Ba Inoculant Shape Granule/Lump Material Silicon Barium Chemical Composition Si/Al/Ba/Ca/C/S/P
Silicon Manganese alloy is one type of alloy in consist of Mg,Si,Fe and little Carbon and others element, itsone type of ferroalloy in widely usage and high yield. lt is the common use composite deoxidizer in steel making, can also bethe reductant to produce the manganese metal in electro-silicothermic process dealing with low carbonmanganese ferro.
Used in aluminium wrought alloys and foundry alloys for composition adjustments and structure control.
All kind of metal alloy idols Standard
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Ferro manganese and ferro silico manganese. Available at high carbon, 65% MIN, C: 2.2% Max & SI: 15% Min.
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English name: Vanadium Nitrogen Alloy Molecular formula: VN12VN14 VN16 CAS NO.: 24646-85-3 Boiling point:2360 Shape: small lump Grade Standard: Industrial Grade Application: Vanadium nitrogen alloy can be used in structural steel, tool steel, pipe steel, steel bar and cast iron. The application of V-N alloy in high strength low alloy steel can effectively carry out v and N microalloying at the same time, promote the precipitation of carbon, V and N compounds in the steel, and play a more effective role in precipitation strengthening and grain refinement. The addition of VN to steel can improve the comprehensive mechanical properties of steel, such as strength, toughness, ductility and thermal fatigue resistance, and make the steel have good weldability. The yield of vanadium and nitrogen is stable and the fluctuation of steel properties is reduced. It is easy to use and less loss. High strength moisture-proof packaging, can be directly into the furnace. Packing: Big Bag
English name: Vanadium Pentoxide (Flake) Molecular formula: V2O5 CAS NO.:1314-62-1 Density:3.357g/cm3 Melting point:690 Boiling point:1750 Aqueous solubility:1g/125mL Appearance : gray black flake Application: Vanadium flakes are mainly used in the iron and steel industry. By refining the structure and grains of steel, the grain coarsening temperature is increased, thereby increasing the strength, toughness and wear resistance of the steel. In addition, vanadium flakes are excellent in titanium alloy Improved effect, used as an additive in the aerospace field.
English name: Ferro Vanadium Molecular formula: FeV80 CAS NO.: 12604-58-9 Boiling point:3337 Melting Point:1887 Shape: small lump Purity:FeV50-A/B/C, FeV80-A/B/C Grade Standard: Industrial Grade Application: Ferrous vanadium is a ferroalloy composed of vanadium and iron, which is mainly used as an alloy additive in steelmaking. The vanadium in ferrovanadium can improve the strength, toughness, ductility and heat resistance of steel, and improve the cutting performance of steel. High vanadium ferro-vanadium is also used as an additive in nonferrous alloys. Packing: 250KG/DRUM or Big Bag
Hastelloy C-276 Alloys Chemical Composition is C -0.010 max ,Mn - 1.00 max,Si- 0.08 max, S-0.03 max, Co- 2.50 max, Ni-50.99 min, Cr-14.50 - 16.50, Fe- 4.00 - 7.00, Mo- 15.00 - 17.00, P- 0.04 max. Benefits of Hastelloy C-276 Alloys Hastelloy C-276 Alloy has excellent resistance to a wide variety of chemical process environments, including: Strong oxidizers (such as ferric and cupric chlorides) Hot contaminated media (organic and inorganic) Chlorine Formic and acetic acids Acetic anhydride
Alloy ASTM SCH40 DN50 pipe ells 1. Alloy pipes, high-pressure carbon steel pipes, and cryogenic pipes for petrochemical power industry 1) Cr5Mo (STFA25 STBA25 STPA25 T5 P5) 2) 15CrMo (STFA22 STPA22 STBA22 T12 P12) 3) 1.25Cr0.5Mo (STFA23 STPA23 STBA23 T11 P11) 4) 12Cr1MoV (12Cr1MoVG) 5) 12Cr2Mo (10CrMo910 T22 P22) 6) T91 (P91) 7) 102[12Cr2MoWTiB(R102)] 8) Cr9Mo (STFA26 P9) 9) High temperature and high pressure pipe: SA106B (ST45.8 ¢20G) SA-210C 10) Cryogenic tube A333GR1 A333GR6 A333GR3 11) Stainless steel for high temperature: TP304H TP321H 12) High temperature alloy 1CR25NI32 Incoloy800H (B407 NO8810) 0CR25NI20 (310S) 0CR23NI13 (309S) 1CR15NI75 (Incoloy600) High temperature pressure centrifugal casting tube: HH30 HH33A HI35 HK30 HK40 HL30 HL40 Nickel tube: N8 (NO2200) High Nickel Alloy Tube: NCU28-2.5 (MONEL 400) Pure titanium tube: TAL(TP28/CR1) TA2(TP35/CR2) TA3(TP49/CR3) Copper Nickel Alloy Tubes, Plates, Rods: BFE10 BFE30 2. Stainless steel pipe and plate 0Cr18NI9(304/304H) 00Cr19Ni9(304L) 1Cr18Ni9Ti(321/321H)0Cr17Ni12Mo2Ti(316/316H) 00Cr18Ni14Mo2(316L) 3. Alloy steel pipe and alloy plate 12Cr1MoVG 15CrMoG .Cr5Mo. A387 GR11 4. Bridges, grids, workshops Special seamless steel pipes, rectangular pipes and square pipes for steel structures. 20#, 16Mn (Q345B C D E ) 5. Special pipes for machining and hydraulic support pipes. 20#, 35#, 45#, 27SiMn, 35CrMo, 42CrMo 6. Carbon steel pipe 1) ASTM106 series, A53 series, API line pipe, ST45.8/ ¢ high temperature and high pressure pipe SA-210C, A333GR1 GR6 GR3 low temperature pipe 2) Seamless steel pipe material: (10#, 45#, 20#, 35#, 16MnQ345 (A, B, C, D, E), machined pipe 27SiMn, 42CrMo, 35CrMO, Dz40, J55/K55, N80 ( Q), L80, N80-1 Specifications: outer diameter �¤6mm-1080mm wall thickness 1.5mm-120mm
Aluminum-zinc alloy casting Category:Aluminum alloy casting Aluminum-zinc alloy casting has good processing performance, and there are common grades such as AC1A and ZA43. The mechanical properties of aluminum-zinc alloy are similar to brass, and it has good machining properties and can be processed into small metal parts. Common grades are AC1A, ZA43, etc., and the surface treatment effect is good, can adapt to a variety of electroplating processes, and has good corrosion resistance. The mechanical properties of aluminum-zinc alloy are similar to brass, and it has good machining properties and can be processed into small metal parts. Common grades are AC1A, ZA43, etc., and the surface treatment effect is good, can adapt to a variety of electroplating processes, and has good corrosion resistance. The aluminum-zinc alloy alloy has excellent processing performance, the overall comprehensive performance is close to that of lead brass, the surface treatment effect is good, and it has good electrical conductivity. It can be widely used in electronic and electrical industries. The lower one is added, and it is an environmentally friendly material, which can meet most environmental protection requirements.
Ferrosilicon(FeSi) is made from semi-coke, silica, steel chips, and other products as raw materials, and is smelted by continuous operation in an open or semi-closed reduction furnace. The main uses of ferrosilicon are deoxidizers and alloying agents for steelmaking, inoculants, and nodularizing agents for cast iron, and are also widely used in magnesium metal and chemical industries. Ferro Silicon Grade: FeSi75/ FeSi72/ FeSi70/ FeSi65; FeSi45/ FeSi15. The appearance of ferrosilicon is silver gray with a metallic luster, which can be processed into ferrosilicon powder, ferrosilicon lump, or ferrosilicon granule according to customer requirements. Chemical Composition of FeSi: Si, Al, Ca, Mn, Cr, P, S, C, Fe, and other elements.
