Stainless Round Iron
Quality : 304 - 304L - 316 - 302 - 303 - 309 - 310 - 321 - 330 - 347 - 410 - 416 - 420 - 430 - 600 - 625 - 718 - 15-5 - 17-4 - 17-7 - A286 - 2205
Outer Diameter : 3.0 - 160.0 mm
Stainless Round Iron
StainlessWhat is Round Iron?
Stainlessironsare hard steel coatings that are rapidly increasing in use and feature high resistance to rust.they have. Stainlessironsmost preferredStainlesssteelamong the materials.Stainlessirons StainlessrodThey are obtained by processing or shaping materials.Stainlesssteel barsIt is produced in the form of long strips and is produced by rolling orextrusionfeatures are used. ThisStainlessof ironThe most important factor in choosing them is that they are durable and can be used for a long time. Because of these features, they are preferred in many branches to provide structural support.
in metallurgyStainlesssteelis described as an iron-carbon alloy containing a minimum of 10.5% chromium element. Chromium element, steel materialsto rustIt is a protective element.Stainlesssteelif iron,Stainlessof steelIt is formed as a result of melting and shaping.Stainlesssteel iron, Stainless fittingsIt is the most used pipe fitting among the materials. with many usesStainlesssteelThe production of iron consists of a long and varied process.Stainlessanchorsrolling in the formation andextrusionproduced using their properties. This situationStainlesssteelIt helps the iron to gain diversity. In addition, because they have a bright design, they not only strengthen the places they are used, but also provide harmony by creating a beautiful image.Stainlesssteelirons hemeagainst rustIt attracts the attention of its customers with its robustness and aesthetically pleasing appearance. Besides theseStainlesssteeldurable and long lastingIt is preferred by most companies.
Usage Areas
Stainlesssteel barsIt has many uses today. These products, which are selected in various sections, are at all temperatures and pressures.of your valuesIt gains the happiness of the buyers by preserving its structure even in different working environments.Stainlesssteelif it is necessary to put some usage areas of iron in order;
In the kitchen section: used in the kitchen sectionsStainlesssteel barsIt is mostly used in bench and shelf formations. being usedStainlesssteel barsIt is possible to use them safely in kitchen sections due to the fact that they are robust.
Automotive part: used in automotive partsStainlesssteel barsIt is mostly used in vehicle construction. The irons used in vehicle parts are widely used in the automotive sector, as they are extremely durable and formable.
In the construction section: The construction sector, which has the most use among these usage areas, ensures that the construction foundations are formed in a durable and active manner.
In the weapon industry: They are used as a weapon part in defense and weapon systems.
In the ship industry:Stainlesssteel ironproduced usingStainlessround bars, more durable and robust than othersthey become.
In home design and decoration: It is used to form the supports of enclosures and cabinets.
StainlessProperties of Steel Irons
- cold rolling
- cold forming
- Rounding the fillet specifications
- cooling platform
It varies depending on the heat treatment in terms of including agitation and tempering andStainless steelenvironment suitable for
304 qualitystainlessrodsIt is one of the most used products. Kitchen tools such as forks, knives and spoons are produced by pressing these sticks into various shapes.
316 qualitystainlessrodsIts corrosion resistance is higher than 304 quality bars. It is preferred in boat shafts, corrosion resistant shafts and areas where elasticity is required. In addition, it is produced by adding titanium to the alloy.316tistainlessrodyours corrosionresistance is even higher.
420 / 430F stainlessrodson the other hand, it is used in applications that require surface gloss. These products, which can be quite bright after polishing, are frequently encountered in decorative applications.
Quality
304 (1.4301) Quality Stainless Steel
Corrosion Resistance: | This quality, which is quite sufficient for daily use and standard productions,corrosiveIt is not preferred because it will rust in environments. In more demanding conditions, 316, 316L, 316Ti or duplex (1.4462) grade stainless steel should be preferred instead of 304 grade stainless steel. |
Mechanical Properties: | This stainless steel quality, which is often sufficient in terms of mechanical strength, is not preferred where high yield and rupture strength is required. When mechanical properties come to the fore, the materialin structureconsidering, |
Tendency to Forge: | This quality material has a standard malleability. MetaltattooextremeIt should not be preferred in densely populated areas. |
Sourcefeasibility: | Plain 304 quality stainless steel is an ideal material for places where there is no excessive welding. In places where the weld is more intense, the lower carbon (L=low carbon) 304L quality material should be preferred. |
Machinability: | This material, which is not bad in terms of machinability, is not preferred in places where processing is intense. 304 quality stainless steel is less preferred, especially in lathes and machining centers, as it wraps chips. In places where this type of process is intense, 303 quality stainless steel, which is the automatic version of 304, should be preferred. |
304 (1.4301) Kimyasal Bcommunication
Chemical Composition | |||||||
Quality | C | Mn | P | S | And | Cr | In |
304 (1.4301) | 0.08%max | 2.0%max | 0.045%max | 0.03%max | 0.75%max | 18-20% | 8-10% |
Mechanical Properties at Room Temperature | |
Quality | 304 (1.4301) X5CrNi18-10 |
breaking strength | 515 - 720 MPa |
yield strength, (0.2%) | 210 MPa (min) |
Hardness, Rockwell (HB) | 201 |
Physical Properties at Room Temperature | |
Features | Values |
Density (Specific gravity) | 8000 kg/m³ |
Melting temperature | 1450°C |
Modulus of elasticity (Modulus of Elasticity) | 193 GPa |
amount of electrical resistance | 0.072x10^-6 Ωm |
heat permeability | 17.2W/m.K |
Summary of Quality Characteristics | |
304 stainless is numbered as 1.4301 quality stainless according to the EN standard. | |
304 quality stainless is also ENto the standardaccording to X5CrNi18-10as wellis named. | |
This stainless qualityestheniticIt belongs to the stainless steel class. | |
Materials of this stainless steel grade can be well formed and welded well. | |
Stainless steels of this quality do not attract magnets and have a high corrosion resistance. | |
316 (1.4401) Grade Stainless Steel
Chemical Composition | |||||||||
Quality | C | Mn | P | S | And | Cr | In | Mo |
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316 (1.4401) | 0.08max | 2 | 0.045 | 0.030 | one | Between 16.0-18.0 | between 10.0 and 14 | 2.0-3.0 to |
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Mechanical Properties at Room Temperature | |||
Quality | 316 (1.4401) X5CrNiMo17-12-2 | 316L (1.4404) | 316Ti (1.4571) |
breaking strength | 515 MPa | 485 MPa | 485 MPa |
yield strength, (0.2%) | 205 MPa | 170 MPa | 170 MPa |
Hardness, Rockwell (B) | 95 | 95 | - |
Summary of Quality Characteristics |
316 stainless is numbered as 1.4401 quality stainless according to the EN standard. |
316 quality stainless is also ENto the standardaccording to X5CrNiMo17-12-2as wellis named. |
316 and 316L quality stainless 304 quality in the worldwith stainlessIt is one of the most widely used stainless steel grades. |
This stainless qualityestheniticIt belongs to the stainless steel class. |
Materials of this stainless steel grade can be well formed and welded well. |
Stainless steels of this quality do not attract magnets and have a high corrosion resistance. |
Corrosion resistance of 316 grade stainless steel, 304 gradestainlessbetter than. |
General features | Explanation |
Corrosion Resistance: | The corrosion resistance of this material is quite good. In harsher environments, 316Ti or duplex (1.4462) quality material should be preferred. |
Mechanical Properties: | 316 quality material shows mechanical properties similar to 304 quality material. For higher strength, 431, duplex (1.4462) or 630 (1.4542 PH17.4) can be preferred. |
Tendency to Forge: | This grade of stainless steel has a good malleability tendency. |
Sourcefeasibility: | this qualityof stainlesssourcefeasibilityis good. In environments with more welding, 316L or 316Ti quality stainless should be preferred. |
Machinability: | In environments where corrosion resistance is insignificant, 303 or 430F quality stainless steel products may be preferred. |
420 (1.4021 - 1.4028 - 1.4034) Stainless Round Iron quality
General features | Explanation |
Corrosion Resistance: | This material, which has an average corrosion resistance, can rust in very harsh conditions. 304 in more harsh conditions,of acidIt is recommended to use 316L quality stainless in environments where it is located. |
Mechanical Properties: | This material, whose mechanical properties are average in annealed form, has a very strong mechanical structure after heat treatment. Those who do not want to deal with heat treatment and those who want a strong mechanical property can choose 431 quality or 630 quality stainless steel material. |
Tendency to Forge: | Especially hard surface like a knife 420 quality forged in desired placesis shapedand then heat treated It also has a rigid structure. This material becomes more brittle after heat treatment and it is not recommended to be forged after heat treatment. |
Sourcefeasibility: | This material, which has an average weldability feature, can be used even in an environment with intensive welding. The most important point during the welding of this material is what kind of material the other surface to be welded is. For example, when 420 and 304 quality stainless will be welded together, it is necessary to be more careful and attentive. |
Machinability: | Despite the high carbon content it contains, 420 quality stainless steel materials in the annealed state have a very good machinability. However, the ease of machinability may decrease somewhat after heat treatment. The shavings of 420 quality material in the annealed state break very easily, and thus, a problem such as chip wrapping is minimized during machining. |
Chemical Composition | ||||||
Quality | C | Mn | P | S | And | Cr |
420 (1.4021) | 0.2 | 1.0 max | 0.04 max | 0.03 max | 1.0 max | 13 |
420 (1.4028) | 0.3 | 1.0 max | 0.04 max | 0.03 max | 1.0 max | 13 |
420 (1.4034) | 0.46 | 1.0 max | 0.04 max | 0.03 max | 1.0 max | 13 |
Summary of Quality Characteristics |
420 stainless is numbered as 1.4021 quality stainless according to the EN standard. There are two other frequently used versions of this stainless steel grade. These are 1.4028 (X30Cr13) and 1.4034 (X46Cr13) quality stainless steel materials. |
420 (1.4021) quality stainless also EN standarddAccording to X20Cr13as wellis named. |
The most important feature of this quality stainless material is that it can be hardened by heat treatment. |
420 (1.4021) quality stainless steel material has a high surface hardness after heat treatment and the heat treated material is resistant to friction. Since 420B (1.4028) and 420C (1.4034) quality 420 materials contain higher carbon, their hardness capacity is higher. |
This stainless qualitymartenzitikIt belongs to the stainless steel class. |
This stainless steel grade has a comfortable machinability in the annealed state. The most important feature is that the sawdust is easily broken and does not wind up. |
Stainless steels of this quality attract magnets and have an average corrosion resistance. |