40 Titan circle, rod, sheet
Characteristics of the alloy grade 40
Possible designation in the literature of SP-40.
|Grade of titanium alloy:||40|
|Classification of alloy:||Titanium alloys|
|Industrial application of alloy:||production of ingots, semi-finished products, titanium wire, rolled sections; details, details of instrument engineering and aviation|
Non-ferrous metals, including rare, and their alloys — W51 on the other 1−5-453−78 and OST 1 92077−91
Sheets and strips — В53 on the other 1−5-357−75 and GOST 23755−79
Percentage composition of the alloy grade 40 according to GOST 19807- -91
|to 0.12||to 0.1||to 0.25||1.8 — 3.5||87.29 — 93.9||to 0.04||0.5 — 2.5||to 0.15||to 0.3||3.5 — 5.6||Other 0.3|
Note: the base of the alloy is titanium; the interest of its contents listed in the table.
The mechanical characteristics of the alloy grade 40 (20°C).
|Assortment||Eg.||Size||d5||sT||Heat treatment.||KCU||y||blower SB|
|-||-||mm||%||MPa||-||kJ / m2||%||MPa|
|Wire (GOST 27265−87)||16−20||490−635|
Physical characteristics of the alloy grade 40.
|C||R 10 9||r||a 10 6||E 10 — 5||T||l|
|The yield stress at permanent deformation (thinning of proportionality), [MPa]||sT|
|Brinell hardness [MPa]||HB|
|The relative contraction [ % ]||y|
|Tensile strength (short-term) in [MPa]||blower SB|
|At break elongation in [ % ]||d5|
|The toughness of the alloy, in [ kJ / m2]||KCU|
|not limited||— welding is carried out without further heat treatment and without heating|
|weldability with limitations||— welding is possible when heated to a temperature of 100−120°C and further heat treatment|
|hard-welded||— to obtain a quality weld, additional operations: during welding -preheating to a temperature of 200−300°C, heat treatment after welding — annealing|
As to its strength titanium and its alloys are not inferior to steel but lighter by almost half, are heat resistance, low thermal conductivity. Advantages of titanium is very promising in technical fields that require high specific strength, heat resistance, combined with high corrosion resistance. Food and chemical industry, aviation, shipbuilding, aerospace, vehicle construction today can not do without titanium. Unusual characteristics of this metal present a great interest as a structural material in spacecraft.
Alloying increases the corrosion resistance of titanium and its strength properties 2−3 times. One of the main alloying elements are aluminium, present in almost all alloys of titanium. The most important alloying components, followed by aluminum are vanadium, molybdenum. High-temperature titanium alloys based on the ternary system — titanium-aluminum-molybdenum, high-strength titanium alloys of the system titanium-aluminum-vanadium. Most modern titanium alloys due to well-established trends multicomponent alloying at the same time in their composition contain aluminium, vanadium, molybdenum.
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Titanium Bicycle brand 40 which is implemented by LLC «AVEK global» can satisfy the most stringent requirements. Popular products from this alloy due to high quality products, its real value and great variety. The products of our company are under absolute control at all stages of the process that provides 100% guarantee of quality. The company «AVEK global» has the capacity to produce quality products for individual orders of custom options and sizes. Technological capabilities allow for the rapid production of individual orders in the absence of the required items in the standard version.