SUS 309 steel plate standard and compositionStandard specification: SUS 309 steel plate is a stainless steel material in Japanese standard (JIS). It is produced

410 stainless steel chemical compositionIts main chemical composition is iron (Fe), chromium (Cr), chromium content is generally 11.5%-13.5%. Chromium plays a k

SUS 316, also known as 316 stainless steel, is a grade of stainless steel produced in accordance with the American ASTM standard, equivalent to our country'

Chemical composition and standard of 347 steel plateThe main chemical composition of 347 steel plate includes chromium (Cr), nickel (Ni) and other elements, and

Stainless steel 321 basic characteristicsStainless steel 321 belongs to Ni-Cr-Ti austenitic stainless steel, equivalent to domestic 0Cr18Ni10Ti, the US grade is

SUS201 stainless steel basic characteristicsChemical composition: The chemical composition of SUS201 stainless steel mainly includes chromium (Cr) 15.0%~17.0%,

SUS 201 stainless steel conceptSUS 201 is a low nickel and high manganese austenitic stainless steel, mainly composed of chromium, manganese, nickel and other e

Stainless steel 316L conceptStainless steel 316L is a low-carbon stainless steel material, which is a low-carbon version of 316 stainless steel. It contains a l

Concept of stainless steel 408Stainless steel 408 is a type of precipitation hardening stainless steel, with a matrix of austenite or martensite. This stainless

P295GH steel plate generally meet the following standards and specification requirements: Material standards: EN 10028-2 is the European standard for steel plates used in pressure vessels, which includes the technical delivery conditions for P295GH steel

Quality control points for P295GH steel plate may include: Chemical composition control: Ensure that the P295GH steel plate meets the specified chemical composition, such as carbon content, sulfur content, phosphorus content, etc. Mechanical property test

P295GH is a commonly used European standard pressure vessel steel plate material, mainly used in the manufacture of boilers and pressure vessels. The following is a detailed introduction to P295GH pressure vessel steel plate: Chemical composition: The che

The EN 10025 standard covers many different grades of structural steel, E360 being one of them. The characteristics and applicability of E360 steel are as follows:E360 steel is a kind of low carbon steel with good weldability and processability.

EN 10025 is a series of structural steel standards developed by the European Committee for Standardization, including the specification for EN 10025 E360 steel. The main standard specifications of EN 10025 E360 steel include provisions on material chemica

Quality control and testing methods for EN 10025 E360 steel are critical to ensure it meets specific standards and performance requirements. The following are commonly used quality control and testing methods: EN 10025 E360 steel chemical composition anal

17Mn4 is a special steel plate for boilers and pressure vessels. The implementation standard of 17Mn4 is the special technical conditions of DIN17155. The 17Mn4 steel plate itself not only carries very high strength but also has certain toughness, fatigue

19Mn6 boiler steel is the German standard number of high-temperature structural steel, equivalent to the national standard Q345R and the European standard P355GH. 19Mn6 high-temperature and high-pressure resistant boiler steel plates are mainly used in th

EN 10025 E360 steel is a structural steel commonly used in construction and machine building. For this type of steel, surface treatment and anti-corrosion measures are crucial to extend its service life and protect the steel from the effects of corrosion

EN 10025 E360 steel has good welding properties and can be connected using a variety of welding methods. Here is some important information related to welding of EN 10025 E360 steel: Welding methods: Common welding methods include manual arc welding (SMAW

Heat treatment and cold working of EN 10025 E360 steel can be carried out in the following ways: Heat treatment: EN 10025 E360 steel can undergo a variety of heat treatment processes, such as normalizing (normalization), annealing, quenching and tempering

EN 10025 E360 steel is widely used in many fields. Its main application areas include the following aspects: Structural buildings: EN 10025 E360 steel is suitable for various structural buildings, such as residential buildings, commercial buildings and in

The following points should be noted when producing EN 10025 E360 steel plate: Selection of raw materials: Select E360 steel plate raw materials that meet the requirements of EN 10025 standard to ensure that its chemical composition and mechanical propert

16MnDR steel is a common material used in pressure vessel manufacturing and is particularly suitable for low and medium temperature applications. The following are the applications and standard requirements of 16MnDR steel in pressure vessel manufacturing

16MnDR steel has good corrosion resistance at low temperature, but it is still necessary to take some anti-corrosion measures to extend its service life. The following are common anti-corrosion measures: Surface treatment: Before use, the surface of 16MnD

16MnDR steel has good weldability, but the following points need to be noted in the welding process: Material preheating: Since 16MnDR steel is usually used for pressure vessels in low temperature environments, appropriate preheating measures are required