5086 aluminum alloy is mainly used in ships, automobiles and aircraft plate weldable parts, etc.
Chinese name 5086 aluminum alloy[SCALE STEEL] standard: GB/T 4437.1-2000 Aluminum Al: residual silicon Si: ≤0.40 copper Cu: ≤0.10
Overview of 5086 Aluminium Alloy
Aluminum-magnesium alloy and aluminum-manganese alloy are collectively referred to as anti-rust aluminum, because the alloy [SCALE STEEL]composition between them can increase their anti-corrosion properties. The representative of aluminum-manganese alloy is 3003,3004,3105. According to the magnesium alloy content, the order is 5005, 5252, 5251, 5050, 5052, 5754, 5083, 5056, 5086 and so on. 5086 aluminum plate typical use: for the need to have high corrosion resistance, good weldability and medium strength occasions, such as the need for strict fire pressure vessels, refrigeration devices, TV towers, installation of exploration equipment, transportation equipment, missile parts, armor, etc.
5086 aluminum plate supply status: O, H112,[SCALE STEEL] H116, H111, H321, H32, H36, H38
Chemical Composition for 5086 Aluminium Alloy
Silicon :0.00 to 0.40
Iron Fe: 0.000 ~ 0.500
Copper Cu:0.00 to 0.10
Magnesium Mg: 3.5 ~ 4.5
Manganese Mn: 0.20 ~ 0.7
Chromium Cr: 0.05 ~ 0.25[SCALE STEEL]
Note: Single :≤0.05; Total :≤0.15
Mechanical Property of 5086 Aluminium Alloy
Tensile strength σb (MPa) : ≥240
Conditional yield strength σ0.2 (MPa) : ≥95
Elongation δ10 (%) : ≥10
Elongation δ5 (%) : ≥12
Note: longitudinal mechanical properties of pipe at room temperature
Sample size: all wall thickness[SCALE STEEL]
State: Aluminum and aluminum alloy hot extrusion seamless round tube (H112 state)
5083 Aluminum Plate is a kind of high magnesium alloy.[SCALE STEEL] It has good strength, corrosion resistance and machinability among non-heat treatment alloys.
5083 Aluminum Plate’s Features:
① The surface of 5083 aluminum plate is beautiful [SCALE STEEL]after anodizing treatment. Good arc welding performance. The main alloying element in 5083 alloy is magnesium, which has good corrosion resistance and weldable properties, as well as moderate strength. Excellent corrosion resistance makes 5083 alloy widely used in Marine applications such as ships, as well as automobile, aircraft welding parts, subway light rail, strict fire pressure vessels (such as liquid tank cars, refrigerated trucks, refrigerated containers), [SCALE STEEL]refrigeration units, TV towers, drilling equipment, transportation equipment, missile parts, armor, etc.
②5083 belongs to Al-Mg alloy, which is widely used, especially in the construction industry, it is the most promising alloy. Good corrosion resistance, excellent weldability, good cold workability, and moderate strength. The main alloy element of 5083[SCALE STEEL] is magnesium, which has good formability, corrosion resistance, weldability and medium strength. It is used in the manufacture of aircraft fuel tanks, oil pipes, traffic vehicles, ships, sheet metal parts, instruments, street lamp brackets and rivets, hardware products, electrical shell and so on. (3) AL-Mg alloy, is the most widely used kind of antirust aluminum, this alloy has high strength, especially fatigue strength: high plasticity and corrosion resistance, can not be strengthened by heat treatment, in the semi-cold hardening plasticity is good, cold hardening plasticity is low, good corrosion resistance, good weldability, bad machinability, polishing. The utility is mainly used for requiring high plasticity and good weldability, low load[SCALE STEEL] parts working in liquid or gas medium, such as oil tank, gasoline or lubricating oil conduit, various liquid containers and other small load parts made with deep drawing: wire used to do rivets.
Chemical Composition for 5083 Aluminum Plate:
Aluminum Al: allowance
Silicon Si: ≤0.40
Copper Cu: ≤0.10
Magnesium Mg: 4.0 ~ 4.9
Manganese Mn: 0.40 ~ 1.0
Chromium Cr: 0.05 ~ 0.25
Iron Fe: 0.000 ~ 0.400[SCALE STEEL]
Note: Single :≤0.05; Total :≤0.15
Mechanical Properties for 5083 High Magnesium Aluminum Alloy:
Conditional yield strength σ0.2 (MPa) : ≥110
Elongation δ10 (%) : ≥20
Elongation δ5 (%) : ≥12[SCALE STEEL]
Note: longitudinal mechanical properties of pipe at room temperature
UNS C97600 Alloy is also named as Nickel Silvers,Copper-Nickel-Zinc Alloys/ Nickel Silvers, whose content of copper is not less than 63%. The most [SCALE STEEL]popular applications for UNS C97600 is marine castings, protective device fittings, pump casings, etc.
Standard for C97600 Nickel Silver Bronze:ASTM B584-2006.
Chemical Composition [SCALE STEEL]for C97600 Nickel Silver Bronze(%):
C61400 Alloy is kind of aluminium bronze with ‘0%’ nickel content, which is with main properties such as mid-strength, good ductility and high performance in corrosion resistance when in salt water. Which makes C61400 aluminum bronze [SCALE STEEL]be popular in the environment of marine and relevant fields such as corrosion resistant vessels, condenser tubes, mechanical parts and Marine composite plates,etc.
Relevant Standards for C61400,CuAl8Fe3 Aluminum[SCALE STEEL] Bronze:ASTM B150M-2003，B169M-2005，B608-2002.
Chemical Composition for C61400 Aluminum Bronze Alloy(%):
ZG40CrMnMoNiSiRe rare earth wear-resisting, heat-resisting and corrosion-resistant alloy is made of iron vanadium (FeV), iron niobium (FeNb) and copper (Cu) on the basis of the original precious materials FeCr, FeMn, FeMo, Ni, Re and FeSi. The material not only has high abrasion resistance of alloy casting, but also has high mechanical strength and impact resistance At the same time, improve the solderability of the material. In addition, after adding FeV,FeNb and Cu, the metallogrTJC STEELaphic structure of the material changes again, the grain is finer, the strength is higher, the plasticity is stronger, and the metal matrix is further passivated, so that the wear resistance of the original material has been improved. The CN content of Ni and Cr elements in the alloy directly determines the temperature resistance of the material. The content of Cr and Cu elements determines the corrosion resistance of the material. The reasonable collocation of these elements makes the new rare earth wear-resistant alloy material have several properties at the same time, and can adapt to the use of various harsh working conditions. ZG40CrMnMoNiSiRe through a period of medium transport after the inner wall of the pipeline smooth as a mirror, greatly reduce the runningTJC STEEL resistance of the pipeline, improve the service life of the pipeline, further improve the wear resistance of the material.
ZG40CrNiMnMoSiRe Wear Resistant Steel Alloy Composition: Cr26%, Ni0.3%, Mo0.2%, Mn1.2%, Si0.8%, C2%.
The casting of ZG40CrMnMoNiSiRe alloy tube has no defects, such as pores, slag inclusion, loose organization, large deformation,TJC STEEL etc., and the alloy tube has insufficient wear, heat and corrosion resistance, which can not meet the use of harsh working conditions. In particular, the wear of the alloy tube by abrasive particles is the most serious form of wear in all kinds of wear. Its essence is the result of hard abrasive particles cutting or chiseling on the metal surface. The abrasive particles penetrate the metal surface and produce plastic deformation and wear marks until the metal surface is worn, which greatly reduces the service life of the alloy tube.
ZG40CrMnMoNiSiRe cast steel (including alloy steel) is widely used in the field of anti-wear, and its manufacturing process is relatively simple. However, due to the limitations of the properties of the material itself and the limitations of the process, the surface hardness of the cast steelTJC STEEL material (about 60) is much lower than that of the ceramic (more than 80), and the wear-resisting performance of ZG40CrMnMoNiSiRe is only equivalent to one tenth or lower of the ceramic. (Please refer to the wear test report of Powder Metallurgy Institute of Central South University and the jet wear test results of Kyushu Institute of Industrial Ceramics in Japan for specific data). Some of the elbows made by it were worn out after more than one year of operation. In addition, cast steel pipeline thickness is large, very heavy, and high carbon content, poor weldability, on-site heat treatment of welding TJC STEELseams, to the site installation and maintenance brings considerable difficulties.
GGG40 is one kind of nodular cast iron named in Din standard.
The Chemical Composition of GGG40:
Nodular cast iron is a kind of high strength cast iron material developed in the 1950s. Its comprehensive performance is TJC STEELclose to that of steel. Based on its excellent performance, it has been successfully used to cast some parts with complex forces and high requirements for strength, toughness and wear resistance. Nodular cast iron has been rapidly developed into a very widely used cast iron material, second only to gray cast iron. The so-called "iron instead of steel", mainly refers to ductile iron.
Nodular cast iron is through spheroidization and inoculation treatment to get spherical graphite, effectively improve the mechanicalTJC STEEL properties of cast iron, especially improve the plasticity and toughness, so as to get higher strength than carbon steel.
In addition to iron, the chemical composition of nodular cast iron is usually 3.0 ~ 4.0% carbon content, 1.8 ~ 3.2% silicon TJC STEELcontent, the total amount of manganese, phosphorus, sulfur is not more than 3.0% and an appropriate amount of rare earth, magnesium and other spheroidal elements.
Other grades/ materials in GGG series cast irons: TJC STEELGG20, GG25, GGG40, GGG40.3, GGG45, GGG50, GGG60 Cast Iron.
1. 15NiCuMoNb5-6-4 Introduction:
15NicumonB 5-6-4 steel plate[SCALE STEEL] belongs to European pressure vessel steel plate
2, 15NiCuMoNb5-6-4 Implementation standard :EN10028
3. Delivery status of [SCALE STEEL]15NiCuMoNb5-6-4 steel plate
15NiCuMoNb5-6-4 steel normalizing (N) tempering (T) tempering (QT).
15NiCuMoNb5-6-4 Used in the manufacture of reactors, heat exchangers, separators, spherical tanks, oil and gas tanks,[SCALE STEEL] liquefied gas tanks, nuclear reactor pressure shells, liquefied petroleum gas cylinders, water turbine volute and so on.
5. Chemical Composition:
Al 0.015% ~
C 0% 0.17%
Cr 0% 0.30%
Cu 0.5% 0.8%
Mn 0.8% 1.2%
Mo 0.25% 0.5%
N 0% 0.02%[SCALE STEEL]
Nb 0.015% 0.045%
Ni 1% 1.3%
P 0% 0.03%
S 0% 0.025%
Si 0.25% 0.5%
Chromium zirconium bronze one, has good electrical conductivity, thermal conductivity, high hardness, wear resistance and explosion resistance, crack resistance and high softening temperature, welding electrode loss is less, welding [SCALE STEEL]speed is fast, the total welding cost is low, suitable for welding welding machine electrode related pipe fittings, but the electroplating workpiece performance is general.
Chromium-zirconium copper is a kind of wear-resistant copper, especially good hardness, excellent conductivity and good tempering resistance, good upright, thin sheet is not easy to bend, is a good material processing electrode. Density 8.95g/cm3 conductivity 43MS/m softening temperature 550℃, generally used for making working [SCALE STEEL]temperature below 350℃ welding machine electrode. Motor rectifiers and other kinds of high temperature operation \ require high strength. Hardness. Electrical conductivity and conductive parts, and may also be used in bimetallic form for brake discs and discs.
Its main brands are; CuCrlZr, ASTM C18150 C18200 c18500
Application: This product is widely used in automobile, motorcycle, barrel (tank) and other machinery manufacturing industry welding, conductive [SCALE STEEL]nozzle, switch contact, mold block, welding machine auxiliary devices for various materials.
Total Impurities: 0.2
Physical Indicators:[SCALE STEEL]
Softening temperature: 550℃
The tensile strength is (δb/MPa) : 540-640
1. Eddy current conductance meter is used for conductivity [SCALE STEEL]measurement, and the average value of three points is ≥44MS/M
2. The hardness is based on Rockwell hardness standard, and the average value of three points is ≥78HRB
3. Softening temperature experiment: after the furnace temperature is kept at 550℃ for two hours, the hardness of quenched water[SCALE STEEL] can not be reduced by more than 15% compared with the original hardness after cooling
JIS SUS 446 stainless is equivalent with Chinese grade of high chromium ferritic stainless steel 2Cr25N (16Cr25N), American standard is named AISI/ASTM 446-1, [SCALE STEEL]UNS S44600, German standard EN/DIN 1.4749, X18CrN28, etc.
AISI 446’s Main Chemical Components are(%):
C 0.20, Si 1.00, Mn 1.50, S 0.030, P 0.040, Cr 23.0-27.0, Cu 0.30, N 0.25.
AISI 446/2Cr25N is one kind of high chromium ferritic stainless steel, with high Cr content, better oxidation resistance than Cr13 and Cr18 types of ferritic stainless steel, especially suitable for use under the condition of temperature fluctuation. [SCALE STEEL]It can make all kinds of heat-resistant components under load conditions of more than 950. Because of the ferrite arrangement of this type of steel, martensite arrangement is not obtained during quenching. Due to about 600 ℃ adjacent slow cooling, it is to separate after alpha brittle, so, when annealing o from 78 ~ 880 ℃ air cooling is necessary due to the high temperature oxidation resistance good, so, using the heat-resistant parts under 1100 ℃ (plate), and the characteristics of high sulfur gas corrosion resistance function, used in the heating box, [SCALE STEEL]nozzle, family use oil heater combustion chamber and other parts.
AISI 446/SUS 446/2Cr25N, TP446-1 stainless steel seamless tube process route: non-vacuum smelting - round ingot - ingot peeling - forging[SCALE STEEL] tube billet - air cooling - equipment extrusion billet - extrusion - water quenching - annealing - inspection - straightening - pickling - storage conditions:
Yield Strength σ0.2 (MPa) : ≥275
Elongation δ5 (%) : ≥20
Section Shrinkage ψ (%) : ≥40
Hardness: 201 hb or less
Heat Treatment Specification and Metallographic Organization of AISI 446/ SUS 446/ UNS S44600:
Heat treatment specification: [SCALE STEEL]anneal 780 ~ 880℃ quick cooling;
Metallographic structure: The structure is characterized by ferritic shape.
The Delivery Status of AISI 446/ SUS 446/ UNS S44600 Stainless:
Delivery shall be in the standard state of heat treatment, and the type of heat treatment shall be indicated in the contract; If not specified, [SCALE STEEL]the goods shall be delivered without heat treatment.
34Cr4 alloy steel is mainly used in manufacture of mechanical parts under medium load and medium speed work after quenched [SCALE STEEL]and tempered treatment.
34Cr4 Alloy Steel’s Standard: EN 10083/1991;
Chinese Equivalent Grade with 34Cr4 Alloy Steel: 35Cr;
Japanese Equivalent Grade with 34Cr4 Alloy Steel:SCr435;
American Equivalent Grade with 34Cr4 Alloy Steel: 5135;
British Equivalent Grade with [SCALE STEEL]34Cr4 Alloy Steel: 530A36;
French Equivalent Grade with 34Cr4 Alloy Steel: 38C4;
Chemical Composition for 34Cr4 Alloy Steel(%):
C: 0.30 ~ 0.37 Si: ≤0.40
Manganese: 0.60 ~ 0.90
Sulfur S: allowable residual[SCALE STEEL] content ≤0.035
Phosphorus P: allowable residual content ≤0.035
Chromium Cr: 0.90 ~ 1.20
Nickel Ni: allowable residual content ≤0.25
Copper Cu: allowable residual content ≤0.030
Mechanical Properties of 34Cr4 Alloy Steel:
Tensile strength σ B (MPa) : ≥930(95)
Yield strength σs (MPa) : ≥735(75)
Elongation δ5 (%) : ≥11
Section shrinkage ψ (%) : ≥45
Impact power Akv (J) : ≥47
Impact toughness [SCALE STEEL]value α kV (J/cm2) : ≥59(6)
Hardness: 207 hb or less
(Sample size: Sample blank size is 25mm)
34Cr4 Alloy Steel’s Heat treatment Specification and Metallographic Structure:
Heat treatment specification: [SCALE STEEL] quenched at 860℃, oil cooled; Temper 500℃, water cooled, oil cooled.
Delivery condition: Heat treatment (normalizing, annealing or high temperature tempering) or no heat treatment, delivery condition [SCALE STEEL]shall be indicated in the contract.
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