- NP-2, Nickel 200, Nickel 201
- Alloy 27KH
- 29KK, Kovar®, Nilo®
- Alloy 32NK
- 32KDN, ЄI630A
- Alloy 36KNM
- 36H Alloy
- 36NXTU, Elinvar
- Alloy 36НХТЮ5М
- Alloy 36НХТЮ8М
- Alloy 38KDD
- 40KHNM, EI995
- 40ХНЮ, ЭП793
- 42H Alloy
- Perminvar
- Alloy 42 НХТЮ
- Alloy 45NHT
- Alloy 45H
- Alloy 47HD
- Alloy 47HXR
- 49KF, 49K2F
- Alloy 50NP
- 50Н, ЭИ467
- Alloy 50НХС
- Alloy 52H
- Alloy 68NHVKTYU
- Alloy 79NM
- Alloy 80NM
- Alloy 80NHS
40ХНЮ, ЭП793
Our consultant will save your time!
Alexey
sales department
+38 (093) 727-19-11
The unique properties of such a material as the 40HNYu alloy determined its main field of application in the production of gas bearings with high resistance to corrosion damage. After all, the precision of manufacture and the strictly defined chemical composition of such precision alloys guarantees a sufficiently high operating parameters of this raw material and the reliability of semi-finished products during long-term operation.
The characteristics of the alloy 40ХНЮ
Such material refers to a non-magnetic type. Taking into account the influence of certain heat treatment regimes on the phase structure of the raw material and its mechanical characteristics, the proper selection of the technological process of material processing makes it possible to manufacture bearing parts of high accuracy. Particular attention should be paid to the ability of the 40ХНЮ alloy to maintain its stability of shape and geometric dimensions, even if the operating conditions change, so that the parts made of it can work equally well and reliably both in different industrial conditions and in different climatic zones. Adherence to optimal aging regimes and hardening of semi-finished products makes it possible to obtain a high-quality precision material with high elastic properties against the background of sufficient plasticity of the raw materials, which facilitates its subsequent processing.
Properties
| Chemical composition as a percentage | |||||||
| silicon | carbon | iron | manganese | phosphorus | nickel | sulfur | molybdenum |
| 1.8−2.2 | Up to 0,5 | 10.74−18.73 | 15−17 | 19−21 | Up to 0.02 | Up to 0.02 | 39−41 |
| Mechanical properties (at 20 ° C) | ||||
| Name of semi-finished product | Characteristic | |||
| The size, mm | Yield strength, MPa (sT) | Short-term tensile strength, MPa (ss) | Heat treatment | |
| Thinning tape | 0.1−2 | 1670 | Aging for 2−4 hours, at a temperature of 450−550 degrees Celsius | |
| Steel Alloy Wire | 2450−2650 | |||
| Other | 2400−3000 | 3200−3800 | Aging for four hours at temperatures from 400 to 450 degrees. Hardening in oil at temperatures from 1100 to 1150 degrees | |
Magnetic characteristics
| Coercive force (not more than), (A / m) | Ns |
| Magnetic permeability (not more than), (MH / m) | Umax |
| Specific losses (no more) at a frequency of 50 Hz and a magnetic induction of 1 T, (W / kg) | P1,0 / 50 |
| The magnetic induction T (at least), with a magnetic field strength of 100, in magnetic fields (A / m) | B100 |
Weldability indexes
| The alloy has limitations on weldability | The welding process requires some preliminary preparation (warming the contacting surfaces to one hundred and one hundred and twenty degrees and subsequent heat treatment of the seam zone) |
| The alloy has no weld constraints | No additional operations are required |
| Hard to weld material | It is necessary to warm the contacting surfaces to two hundred or three hundred degrees, the subsequent annealing and heat treatment after the end of the welding process |
Buy at a bargain price
The 40HNYu alloy is quite popular due to its relatively low cost and high working qualities. On our site there is an extensive assortment of goods from precision raw materials, able to satisfy any needs of the buyer. The sizes of such semi-finished products are limited to the standard range, however, at the request of the customer, it is possible to manufacture products of any parameters individually.