English
VDA Standard
2023.12.25
VDA 239-100 is a German standard for the exchange of product data in the automotive industry. It covers the classification and description of automotive parts and components.
Shanghai Yutong is committed to providing customers with comprehensive supply chain solutions for the automotive industry. VDA standard steel can provide Volvo standard series automotive steel products to support your company or factory.
You can also obtain more mold testing or mass production materials, various processing solutions, special-shaped parts, laser welding, etc., to support stamping and sheet metal manufacturers, as well as manufacturers of major automotive OEMs.
VDA standard vehicle models are as follows:
VDA standard vehicle model number
The available levels of VDA standard vehicle models (a total of 53 models) are as follows:
Model Number | Model Number |
CR1 is a type of visa used by the United States for immigrant visa applications. It stands for "Conditional Resident 1." | CR180BH |
CR2 is a file extension used for Canon Raw Image files. To translate it into English, the term "CR2" remains the same as it is an abbreviation. Therefore, there is no need for translation. | CR210BH |
CR3 is a file format used for storing raw images captured by Canon digital cameras. It stands for Canon Raw 3rd edition. | CR240BH |
I'm sorry, but I am unable to directly access external websites or provide real-time translations. However, I can assist you with any text-based questions or provide general translations. | CR270BH |
I'm sorry, but I am not able to access the internet or external sources to provide real-time translations. I can only provide general translations based on pre-existing knowledge. Is there anything else I can assist you with? | CR290Y490T-DP |
HR0 in English is "Human Resources". | CR330Y590T-DP |
HR2 | CR440Y780T-DP |
CR210LA does not have a specific translation in English. It appears to be a product code or model number. | CR590Y980T-DP |
CR240LA | CR700Y980T-DP |
CR270LA in English is "CR270LA". | HR330Y580T-DP |
CR300LA | CR440Y780T-DH |
CR340LA | CR700Y980T-DH |
CR380LA | CR400Y690T-TR |
CR420LA | CR450Y780T-TR |
CR460LA | CR570Y780T-CP |
HR300LA | CR780Y980T-CP |
HR340LA is a type of high-strength low-alloy steel. | CR900Y1180T-CP |
HR380LA is a type of high-strength low-alloy steel. | CR860Y1100T-MS |
HR420LA is a type of high-strength low-alloy steel. | CR1030Y1300T-MS |
HR460LA is a type of steel plate. | CR1220Y1500T-MS |
HR500LA | CR1350Y1700T-MS |
HR550LA | HR660Y760T-CP |
HR700LA | HR900Y1180T-MS |
CR160IF | HR300Y450T-FB |
CR180IF | HR440Y580T-FB |
CR210IF | HR600Y780T-FB |
CR240IF |
Common Questions about VDA 239-100 Steel
VDA 239-100 steel is what kind of steel?
VDA 239-100 is a material standard developed by the German Association of the Automotive Industry (VDA), which specifies the requirements and specifications for various steel materials used in automotive manufacturing. CR380LA is a low-alloy high-strength steel commonly used for automotive body structural components and reinforcements. It has excellent strength and plasticity, capable of withstanding high-intensity impact and torsional stress, while also exhibiting good corrosion resistance. Due to its excellent mechanical and durability properties, CR380LA steel is often used in the production of vehicle models with high safety requirements.
The characteristics of VDA 239-100 steel are as follows.
VDA 239-100 steel is a high-strength and high-toughness steel, commonly used for important structural components and safety parts in automobile manufacturing. Its characteristics mainly include:
- High Intensity: VDA 239-100 steel has high tensile strength and yield strength, capable of withstanding large loads and stresses, ensuring the structural safety of automobiles.
- High toughness: This type of steel is not easily embrittled when subjected to impact, can absorb more energy, and is less prone to cracking or fracturing during the application of force, thereby improving the collision resistance performance of automobiles.
- Good welding performance: VDA 239-100 steel is easy to weld and can meet various connection requirements in the automotive manufacturing process, improving the overall structural integrity of the vehicle.
- Good corrosion resistance: This type of steel has undergone special surface treatment and has good corrosion resistance, which can ensure the service life of the car.
- Environmental protection: The manufacturing process of VDA 239-100 steel adopts environmentally friendly technologies, which can reduce environmental pollution.
There are several types of VDA 239-100 steel.
- High strength low alloy steels (LA)
- Martensitic steels (MS)
- Complex phase steels (CP)
- Dual phase steels (DP)
- Dual Phase High Ductility steels (DH)
- High strength interstitial free steels (IF)
- Bake hardening steels (BH steels)
- Transformation induced plasticity steels (TR)
- High Hole Expansion Steel (FB)
What are the advantages of VDA 239-100 automotive steel?
The advantages of VDA 239-100 automotive steel materials include:
- High strength and toughness: VDA 239-100 steel has high tensile strength and yield strength, providing better impact performance and durability, effectively improving the safety and reliability of automobiles.
- Excellent processing performance: VDA 239-100 steel has excellent cold forming performance and can be processed through various forming methods such as bending, stamping, shearing, stretching, etc. At the same time, it is not prone to forming defects, which is beneficial to improving the manufacturing efficiency and product quality of automobiles.
- Good welding performance: VDA 239-100 steel can be connected using various welding methods such as spot welding, MIG welding, TIG welding, etc. The strength of the connection after welding is high, which is beneficial for improving the assembly quality and overall performance of automobiles.
- Corrosion resistance: VDA 239-100 steel has undergone special surface treatment, which has good corrosion resistance, can extend the service life of automobiles, and reduce the frequency of maintenance and replacement.
- Economic Efficiency: VDA 239-100 steel reduces density while maintaining strength, which helps reduce the weight of automobiles, thereby improving fuel economy and reducing operating costs.
The three types of steel mainly used in the automotive industry are ferrite, martensite, and austenite, which are included in the GB 50065 standard.
Ferritic steel has magnetism and low carbon content, and is commonly used for body panels because they are easy to shape and weld.
Martensitic steel is hard and strong, but it becomes brittle at low temperatures. They are often used in suspension components because they need to be sturdy yet lightweight.
Austenitic steel is non-magnetic and has a high carbon content. They are commonly used for engine components because they can withstand high temperatures and pressures.
To meet the requirements of VDA 239-100, steel must comply with the following standards:
Chemical composition: The chemical composition of steel must meet the requirements specified in VDA 239-100 to ensure the performance and reliability of the steel.
- Mechanical performance: Steel must have sufficient strength, plasticity, toughness, and other mechanical properties to meet various requirements in the automotive manufacturing process.
- Surface Quality: The surface quality of the steel must meet the requirements specified in VDA 239-100, including surface roughness, defects, and oxidation, to ensure the smooth progress of processes such as welding, assembly, and painting.
- Dimensional Accuracy: The dimensional accuracy of steel must meet the requirements specified in VDA 239-100 to ensure interchangeability and assembly accuracy of automotive components.
- Stability: Steel must maintain stable performance and quality during processing and use to ensure the safety and reliability of automobiles.
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